Biomodelling explored the intersection of programming, biology, and network systems by simulating gene regulatory networks both computationally and experimentally in bacteria.
Listed by SoundBio Lab as a past community project.
| https://sound.bio/community-projects |
| Collection: | project |
| Status: | inactive |
| Type: | community |
| Hosts: | |
| Location: | |
| Tags: computational biology, synthetic biology, gene regulatory networks | |
|---|---|
Biomodelling explored the intersection of programming, biology, and network systems by simulating gene regulatory networks both computationally and experimentally in bacteria.
Listed by SoundBio Lab as a past community project.
| https://sound.bio/community-projects |
| Collection: | project |
| Status: | inactive |
| Type: | community |
| Hosts: | |
| Location: | |
| Tags: computational biology, synthetic biology, gene regulatory networks | |
|---|---|
| https://sound.bio/community-projects |
| Collection: | project |
| Status: | inactive |
| Type: | community |
| Hosts: | |
| Location: | |
| Tags: computational biology, synthetic biology, gene regulatory networks | |
|---|---|
Biomodelling explored the intersection of programming, biology, and network systems by simulating gene regulatory networks both computationally and experimentally in bacteria.
Listed by SoundBio Lab as a past community project.