RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
RT @mvdelius: Our democratically elected #paperofthemonth is @OttoLab's remarkable double feature on protometabolism: coupling (photo)catal…
RT @StratinghInst: Last week's publications from our staff: https://t.co/fN7sm4bwtG https://t.co/GroCtxyE2H https://t.co/vUVuKl7z8U https:/…
RT @StratinghInst: Last week's publications from our staff: https://t.co/fN7sm4bwtG https://t.co/GroCtxyE2H https://t.co/vUVuKl7z8U https:/…
Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator | Nature Chemistry https://t.co/BeU8LwxfBS
RT @StratinghInst: Last week's publications from our staff: https://t.co/fN7sm4bwtG https://t.co/GroCtxyE2H https://t.co/vUVuKl7z8U https:/…
A typical week at Stratingh?😉 Congratulations!
Last week's publications from our staff: https://t.co/fN7sm4bwtG https://t.co/GroCtxyE2H https://t.co/vUVuKl7z8U https://t.co/9RUSybZDQz 'Kon minder' as we say here. Congrats to @OttoLab @narf42 @FeringaLab @wesleyrbrowne1 and all the authors! @NatureChem
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
RT @mvdelius: Our democratically elected #paperofthemonth is @OttoLab's remarkable double feature on protometabolism: coupling (photo)catal…
RT @mvdelius: Our democratically elected #paperofthemonth is @OttoLab's remarkable double feature on protometabolism: coupling (photo)catal…
We are happy to feature on your list of selected papers @mvdelius
Our democratically elected #paperofthemonth is @OttoLab's remarkable double feature on protometabolism: coupling (photo)catalytic activity with disulfide self-replicators. https://t.co/V7xFDQjFKF https://t.co/KrabcJ3PBf
RT @NatureChemistry: The next Article in the issue describes how dyes can act as cofactors in a system of synthetic self-replicators to ach…
-Self-replication ✅! -Metabolism ✅! -Isolation membrane ❌ One step missing to develop an artificial organism potentially capable of starting a totally separated new evolution branch. https://t.co/Acd9L3oCr7
Can we create life in the laboratory? @Yh_Taguchi @sendaitribune | Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator | Nature Chemistry https://t.co/Rws4dB9UI8
RT @NatureChemistry: The next Article in the issue describes how dyes can act as cofactors in a system of synthetic self-replicators to ach…
See also our @univgroningen article on this and a second paper by the @OttoLab https://t.co/F1pc1pOfgC
The next Article in the issue describes how dyes can act as cofactors in a system of synthetic self-replicators to achieve photocatalytic conversion of molecules into precursors from which the replicators can grow https://t.co/ybtitK1lZC ($) https://t.co/q
RT @NatureChemistry: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
RT @NatureChemistry: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
RT @BlackPhysicists: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
RT @NatureChemistry: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
RT @NatureChemistry: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
RT @NatureChemistry: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
RT @NatureChemistry: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.co/ybtitK1lZC ($) https://t.co/qvOuTXdZIl
Descubren capacidades moleculares catalíticas que resultan en un metabolismo básico. Además, vincularon un tinte sensible a la luz con las moléculas, lo que les permitió utilizar la energía de la luz para impulsar el crecimiento. https://t.co/ibsNTsHIRV h
RT @BlackPhysicists: Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.c…
Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.co/pjoXRPJmKv https://t.co/DourmcKREw
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
Emergence of light-driven protometabolism on recruitment of a photocatalytic cofactor by a self-replicator https://t.co/4u01IujD2y
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
RT @GuilleMonrealS: And it's out! Check out the main result from my PhD at the @OttoLab, together with @KaiLiu35900757 and @wesleyrbrowne1…
RT @GuilleMonrealS: And it's out! Check out the main result from my PhD at the @OttoLab, together with @KaiLiu35900757 and @wesleyrbrowne1…
RT @OttoLab: Congratulations to all authors! @GuilleMonrealS @KaiLiu35900757 @wesleyrbrowne1
Here you can find links to both papers, and to the associated news article in @NatureChemistry https://t.co/vfCyyuTntI https://t.co/1nO3UtMup5 https://t.co/qpa45bCBlJ
RT @GuilleMonrealS: And it's out! Check out the main result from my PhD at the @OttoLab, together with @KaiLiu35900757 and @wesleyrbrowne1…
And it's out! Check out the main result from my PhD at the @OttoLab, together with @KaiLiu35900757 and @wesleyrbrowne1. It's about replicators, cofactors, photocatalysis, and something that could almost look like synthetic metabolism :)
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
RT @OttoLab: We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic a…
Congratulations to all authors! @GuilleMonrealS @KaiLiu35900757 @wesleyrbrowne1
We show how a self-replicator can recruit a co-factor that then promotes its self-replication. The process is photocatalytic and therefore marks an important step in the study of self-replicators. https://t.co/JMSF1phNuw