Difference between revisions of "Team:OUC-China/Safety"

Revision as of 15:48, 14 October 2019

PROJECT

Description

Design

Results

Demonstrate
LAB WORK

Experiment

Safety
MODEL

Overview

ODE

Thermodynamic model

Riboswitch

stablizer

Molecular Dynamics

asRNA
PARTS

List

Basic Parts

Composite Part

Part Collection
HOME
HP

Human Practices

Public Engagement
TEAM

Members

Attributions

Medal requirement
COLLABRATIONS
SOFTWARE

Model

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

? Short skirts, shorts, and open shoes must not be worn.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

? Short skirts, shorts, and open shoes must not be worn.

? If you see a colleague doing something dangerous, point it out to him or her.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

? Short skirts, shorts, and open shoes must not be worn.

? If you see a colleague doing something dangerous, point it out to him or her.

? Lab coats must not be worn outside laboratories and in public areas.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

? Short skirts, shorts, and open shoes must not be worn.

? If you see a colleague doing something dangerous, point it out to him or her.

? Lab coats must not be worn outside laboratories and in public areas.

? Know where safety equipment (eyewash, shower and extinguisher) is located.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

? Short skirts, shorts, and open shoes must not be worn.

? If you see a colleague doing something dangerous, point it out to him or her.

? Lab coats must not be worn outside laboratories and in public areas.

? Know where safety equipment (eyewash, shower and extinguisher) is located.

? Food/drink is not allowed in laboratories where chemicals are used stored.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

? Short skirts, shorts, and open shoes must not be worn.

? If you see a colleague doing something dangerous, point it out to him or her.

? Lab coats must not be worn outside laboratories and in public areas.

? Know where safety equipment (eyewash, shower and extinguisher) is located.

? Food/drink is not allowed in laboratories where chemicals are used stored.

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

图 Fig.1 Our laboratory and personal safety precautions

There is no zero risk to the experimenter in any experiment, hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.

图Fig.2 Table for routine inspection

Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab.

图Fig.3 Safety operation

Practical lab safety manual

? Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.

? Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.

? Well prepared experiment plans should be written before you start.

? Lab coats and gloves must be worn when conducting experiments.

? Short skirts, shorts, and open shoes must not be worn.

? If you see a colleague doing something dangerous, point it out to him or her.

? Lab coats must not be worn outside laboratories and in public areas.

? Know where safety equipment (eyewash, shower and extinguisher) is located.

? Food/drink is not allowed in laboratories where chemicals are used stored.

3. Safety Education

1. Safe project design

Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.

2. Safe lab work

We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage.

@@ Line 1: / Line 1: @@
-{{OUC-China}}
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+*{cursor:url("https://static.igem.org/mediawiki/2019/2/2e/T--OUC-China--emoji.jpeg")}
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-<div class="column full_size">
-<h1> Safety </h1>
-<p>Please visit the <a href="https://2019.igem.org/Safety">Safety Hub</a> to find this year's safety requirements & deadlines, and to learn about safe & responsible research in iGEM.</p>
-<p>On this page of your wiki, you should write about how you are addressing any safety issues in your project. The wiki is a place where you can <strong>go beyond the questions on the safety forms</strong>, and write about whatever safety topics are most interesting in your project. (You do not need to copy your safety forms onto this wiki page.)</p>
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+</head>
+<body>
+<div style="width: 100%;height: 54px;left:0;text-align: center;position:fixed;top:18px;background:#9ad3c8;margin:0;font-size: 19px;z-index:99">
+	<ul style="margin:0">
+        <li class="nav-item1" style="width:100px;height:54px;padding:9px">
+            <div style="display:inline;height:45px;color: white;padding:0%;text-decoration:none;position:relative;line-height:33px">PROJECT
+            <div class="sub_menu1"  style="background: white;padding:0px;font-size:17px;position:absolute;left:-24px;top:42px;width:135px">
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Description" style="color: #969696;text-decoration:none;padding:0;left:20px">Description</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Design" style="color: #b1b5b9;text-decoration:none;padding:0;">Design</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Results" style="color: #b1b5b9;text-decoration:none;padding:0;">Results</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Demonstrate" style="color: #b1b5b9;text-decoration:none;padding:0;">Demonstrate</a></div>
+           </div>
+            </div>
+        </li>
+<li class="nav-item2" style="width:120px;height:54px;padding:9px;">
+            <div style="display:inline;height:45px;color: white;padding:0%;text-decoration:none;position:relative">LAB WORK
+            <div class="sub_menu2"  style="background: white;position:absolute;text-decoration:none;font-size:17px;left:-19px;top:42px;width:140px">
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Experiments" style="color: #b1b5b9;text-decoration:none;padding:0;">Experiment</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Safety" style="color: #b1b5b9;text-decoration:none;padding:0;">Safety</a></div>
+                      </div>
+            </div>
+        </li>
+<li class="nav-item3" style="width:90px;height:54px;padding:9px;">
+            <div style="display:inline;height:45px;color: white;padding:0%;white-space:nowrap;text-decoration:none;position:relative">MODEL
+            <div class="sub_menu3"  style="position:absolute;background: white;padding:0px;text-decoration:none;font-size:17px;left:-96px;top:42px;width:260px">
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Model" style="color:#b1b5b9;text-decoration:none;padding:0;">Overview</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Model/Ordinary" style="color:#b1b5b9;text-decoration:none;padding:0;">ODE</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Model/Thermodynamic" style="color: #b1b5b9;text-decoration:none;padding:0;">Thermodynamic model</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Model/Riboswitch" style="color: #b1b5b9;text-decoration:none;padding:0;">Riboswitch</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Model/stablizer" style="color: #b1b5b9;text-decoration:none;padding:0;">stablizer</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Model/Molecular" style="color: #b1b5b9;text-decoration:none;padding:0;">Molecular Dynamics</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Model/asRNA" style="color: #b1b5b9;text-decoration:none;padding:0;">asRNA</a></div>
 </div>
+</div>
+</li>
+<li class="nav-item4" style="width:80px;height:54px;padding:9px;">
+            <div style="display:inline;height:45px;color: white;padding:0%;white-space:nowrap;text-decoration:none;position:relative;">PARTS
+            <div class="sub_menu4"  style="position:absolute;background: white;padding:0px;text-decoration:none;font-size:17px;left:-43px;top:42px;width:145px">
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Parts" style="color: #b1b5b9;text-decoration:none;padding:0;">List</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Basic_Part" style="color: #b1b5b9;text-decoration:none;padding:0;">Basic Parts</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Composite_Part" style="color: #b1b5b9;text-decoration:none;padding:0;">Composite Part</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Part_Collection" style="color: #b1b5b9;text-decoration:none;padding:0;">Part Collection</a></div>
+                </div>
+            </div>
+        </li>
+<li  style="width:80px;height:54px;padding:9px;"><a class="nav-item" id="nav0" style="color: white;padding:0%;text-decoration:none" href="https://2019.igem.org/Team:OUC-China">HOME</a></li>
-<div class="column two_thirds_size">
+<li class="nav-item5" style="width:40px;height:54px;padding:9px;">
-<h3>Safe Project Design</h3>
+            <div style="display:inline;height:45px;color: white;padding:0%;color: white;white-space:nowrap;text-decoration:none;position:relative;" >HP
+            <div class="sub_menu5" id="header_nav4" style="position:absolute;background: white;color: white;font-size:17px;left:-75px;top:42px;width:180px">
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Human_Practices" style="color: #b1b5b9;text-decoration:none;padding:0;">Human Practices</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Public_Engagement" style="color: #b1b5b9;text-decoration:none;padding:0;">Public Engagement</a></div>
+                </div>
+            </div>
+        </li>
-<p>Does your project include any safety features? Have you made certain decisions about the design to reduce risks? Write about them here! For example:</p>
+        <li class="nav-item6" style="width:80px;height:54px;padding:9px;">
+            <div style="display:inline;height:45px;color: white;padding:0%;color: white;text-decoration:none;position:relative" href="#">TEAM
+            <div class="sub_menu6" id="header_nav2" style="position:absolute;background: white;font-size:17px;left:-70px;top:42px;width:200px">
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Team" style="color: #b1b5b9;padding:0;text-decoration:none">Members</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Attributions" style="color: #b1b5b9;padding:0;text-decoration:none">Attributions</a></div>
+                <div class="nav-sub-item"><a href="https://2019.igem.org/Team:OUC-China/Medal" style="color: #b1b5b9;padding:0;text-decoration:none">Medal requirement</a></div>
+            </div>
+</div>
+        </li>
-<ul>
-<li>Choosing a non-pathogenic chassis</li>
-<li>Choosing parts that will not harm humans / animals / plants</li>
-<li>Substituting safer materials for dangerous materials in a proof-of-concept experiment</li>
-<li>Including an "induced lethality" or "kill-switch" device</li>
+<li class="nav-item8" style="width:180px;height:54px;padding:9px;">
+            <a style="display:inline;height:45px;color: white;padding:0%;color: white;text-decoration:none" href="https://2019.igem.org/Team:OUC-China/Collaborations">COLLABRATIONS</a>
+</li>
+<li class="nav-item7" style="width:130px;height:54px;padding:9px;">
+            <a style="display:inline;height:45px;color: white;padding:0%;color: white;text-decoration:none" href="https://2019.igem.org/Team:OUC-China/Software">SOFTWARE</a>
+</li>
 </ul>
+</div>
+<a id="toptop" style="position: absolute; top: -100px;">kkkkk</a>
+<div class="bznnb" style="padding:0px;background: #fff;margin:0%;top:72px;">
+<div style="margin-left: 0px; margin-right: 0px;margin-top:0px;"><img src="https://dummyimage.com/1500x800/000/fff" style="max-width: 100%;max-height:100%"></div>
+</br></br></br></br></br></br></br>
+<div style="font-size:60px;margin-left: 24%;font-family: Comic Sans, Comic Sans MS, cursive;line-height:60px;padding-left:20px">Model</div>
+</br></br>
+<div class="sidebar" style="position:sticky;left: 7%;right: 80%;top: 15%;max-width: 15%;text-align: center;color:black;font-size:26px;display:inline-block;vertical-align: top">
+    <div style="line-height:67px;">Home</div>
+    <div id="side1" style="line-height:67px;"> <div id="demo" style="padding: 3px;display:inline"></div><a href="#ymynb" style="text-decoration:none;color:black;" onmouseover="displayDate()" onmouseout="hh()">Overview</a></div>
+    <div class="side2" style="line-height:67px;text-decoration:none;color:black;"  href="#kly">Experiment</div>
+    <div class="side3" style="line-height:67px;"><a class="side333" href="#tiangou" style="text-decoration:none;color:black;">Model</a></div>
+    <div class="side4" style="line-height:67px;"><a class="side444" href="#makabaka" style="text-decoration:none;color:black;">Parts</a></div>
+    <div class="side5" style="line-height:67px;"><a class="side555" href="#littlefuck" style="text-decoration:none;color:black;">Human</a></div>
+    <div class="side6" style="line-height:67px;"><a class="side666" href="#giao" style="text-decoration:none;color:black;">Team</a></div>
 </div>
+<div style="display:inline-block;width:70%;vertical-align: top">
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>?  Short skirts, shorts, and open shoes must not be worn.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>?  Short skirts, shorts, and open shoes must not be worn.</div></br>
+<div class='text'>?  If you see a colleague doing something dangerous, point it out to him or her.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>?  Short skirts, shorts, and open shoes must not be worn.</div></br>
+<div class='text'>?  If you see a colleague doing something dangerous, point it out to him or her.</div></br>
+<div class='text'>?  Lab coats must not be worn outside laboratories and in public areas.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>?  Short skirts, shorts, and open shoes must not be worn.</div></br>
+<div class='text'>?  If you see a colleague doing something dangerous, point it out to him or her.</div></br>
+<div class='text'>?  Lab coats must not be worn outside laboratories and in public areas.</div></br>
+<div class='text'>?  Know where safety equipment (eyewash, shower and extinguisher) is located.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>?  Short skirts, shorts, and open shoes must not be worn.</div></br>
+<div class='text'>?  If you see a colleague doing something dangerous, point it out to him or her.</div></br>
+<div class='text'>?  Lab coats must not be worn outside laboratories and in public areas.</div></br>
+<div class='text'>?  Know where safety equipment (eyewash, shower and extinguisher) is located.</div></br>
+<div class='text'>?  Food/drink is not allowed in laboratories where chemicals are used stored.</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>?  Short skirts, shorts, and open shoes must not be worn.</div></br>
+<div class='text'>?  If you see a colleague doing something dangerous, point it out to him or her.</div></br>
+<div class='text'>?  Lab coats must not be worn outside laboratories and in public areas.</div></br>
+<div class='text'>?  Know where safety equipment (eyewash, shower and extinguisher) is located.</div></br>
+<div class='text'>?  Food/drink is not allowed in laboratories where chemicals are used stored.</div></br>
+<div class='text'></div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+<div class='text'> </div></br>
+<div class='text'>图 Fig.1 Our laboratory and personal safety precautions</div></br>
+<div class='text'>There is no zero risk to the experimenter in any experiment,  hence we are properly equipped with facilities, such as latex gloves, nitrile gloves，goggles, lab coats to protect us from biotic and abiotic hazards.</div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.2 Table for routine inspection</div></br>
+<div class='text'>Furthermore, several operational zones are divided scientifically for special experiments like A zone where is weighing the drugs, preparing the medium and sterilizing, B zone where is the recording experimental note and organizing experimental data area, C zone where is a molecular operation area, D zone where is RNA electrophoresis and a polyacrylamide gel electrophoresis area. For us, lab safety is a hot topic and we have come up with a practical lab safety manual which normalizes our lovely lab. </div></br>
+<div class='text'> </div></br>
+<div class='text'> </div></br>
+<div class='text'>图Fig.3 Safety operation</div></br>
+<div class='text'></div></br>
+<div class='text'>Practical lab safety manual</div></br>
+<div class='text'></div></br>
+<div class='text'>?  Routine inspections must perform between 6:30-8:00pm and 9:30-11:00pm.</div></br>
+<div class='text'>?  Lab cleaning must be done twice a week with disinfectant moping the floor for at least 3times.</div></br>
+<div class='text'>?  Well prepared experiment plans should be written before you start.</div></br>
+<div class='text'>?  Lab coats and gloves must be worn when conducting experiments.</div></br>
+<div class='text'>?  Short skirts, shorts, and open shoes must not be worn.</div></br>
+<div class='text'>?  If you see a colleague doing something dangerous, point it out to him or her.</div></br>
+<div class='text'>?  Lab coats must not be worn outside laboratories and in public areas.</div></br>
+<div class='text'>?  Know where safety equipment (eyewash, shower and extinguisher) is located.</div></br>
+<div class='text'>?  Food/drink is not allowed in laboratories where chemicals are used stored.</div></br>
+<div class='text'></div></br>
+<div class='text'>3. Safety Education</div></br>
+<div class='text'>1. Safe project design</div></br>
+<div class='text'>Being responsible for our earth and ourselves is our attitude towards every experiment. In our project, all the parts we have utilized are selected from Risk Group 1, none of which are with a Red Flag. What’s more, nonpathogenic bacteria, E.coli DH5AlphaZ1 is employed as the main chassis. As a matter of fact, when using modular riboswitch to tune the expression of genes, it is harmless for the growth of bacteria and relatively safe for industrialized applications. For the sake of environments, all the chassis organisms will be sterilized before being abandoned to prevent the genes from leaking.</div></br>
+<div class='text'></div></br>
+<div class='text'>2. Safe lab work</div></br>
+<div class='text'>We works at a neat lab named “Lab for Microinnovation and Enterprise”, which is a BSL-2 laboratory. Before working in the lab, we are supposed to be trained, not only for the general lab safety rules, but also for the standard experimental operation avoiding unnecessary damage. </div></br>
+</div>
+<div style="background:#ccc;height:100px"><div>
+</div>
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+    <div  style="padding: 0px;"><a href="#toptop"><img src="https://static.igem.org/mediawiki/2019/2/2e/T--OUC-China--emoji.jpeg" style="max-width: 100%"></a></div>
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-<div class="column third_size">
-<h3>Safe Lab Work</h3>
-<p>What safety procedures do you use every day in the lab? Did you perform any unusual experiments, or face any unusual safety issues? Write about them here!</p>
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