Rémi Hocq, PhD
@remihocq.bsky.social
Our work opens the door to real #MetabolicEngineering in T. kivui.
It grows fast on CO₂ (∼2 h doubling time) with high carbon efficiency—ideal for sustainable fuel and chemical production.
With rapid, iterative genome editing now possible, these applications are within reach!
2/2
It grows fast on CO₂ (∼2 h doubling time) with high carbon efficiency—ideal for sustainable fuel and chemical production.
With rapid, iterative genome editing now possible, these applications are within reach!
2/2
May 12, 2025 at 7:33 AM
Our work opens the door to real #MetabolicEngineering in T. kivui.
It grows fast on CO₂ (∼2 h doubling time) with high carbon efficiency—ideal for sustainable fuel and chemical production.
With rapid, iterative genome editing now possible, these applications are within reach!
2/2
It grows fast on CO₂ (∼2 h doubling time) with high carbon efficiency—ideal for sustainable fuel and chemical production.
With rapid, iterative genome editing now possible, these applications are within reach!
2/2
Not sure you need any, PCR without the Ori with or without recircularization, and voilà ! But sacB is for sure a great approach ;)
March 11, 2025 at 6:46 PM
Not sure you need any, PCR without the Ori with or without recircularization, and voilà ! But sacB is for sure a great approach ;)
Looks cool! Was actually wondering: if you had a non-replicative plasmid, you could perhaps save tons of time?
March 11, 2025 at 6:38 PM
Looks cool! Was actually wondering: if you had a non-replicative plasmid, you could perhaps save tons of time?