@moleculemaker.bsky.socialNew in Nucleic Acids Research: CLEAN Database, with 55M+ AI-predicted enzyme functions across ~1.1M strains, plus an ESM-2 mutation-effect explorer with heatmaps and 3D views. Free, no login.
Congratulations, Le Yuan, Huimin Zhao and team at Illinois! doi.org/10.1093/nar/... #AIforScience #synbio
@ljmupbs.bsky.socialDr Femi Olorunniji, professor of Synthetic Biology, his team & collaborators from @unichicago.bsky.social have published their recent work on serine integrase enzymes in Molecular Cell @cellpress.bsky.social. These enzymes are useful for gene editing & DNA manipulation @femijohn.bsky.social #synbio
@astrobiology.bsky.social
@artificialscience.bsky.socialCan AI write enzymes nature never made? A filtered model output hit 97% activity in a study. Read the evidence:
artificialscience.org/2026/10/prot...
#ProteinDesign #SynBio #AIforScience #APNovo #DeepMind #AlphaProteinNovo
@bnerlich.bsky.socialI was about to throw away a post on three 'man-made' adjectives (anthropogenic, synthetic and artificial) when 'super' came along and I couldn't #AI #synbio #climate #linguistics #metaphors #scicomm makingsciencepublic.com/2026/10/11/w...
@earlhaminst.bsky.social💬 "If you only have an engineer, they might not be able to recognise whether an issue is down to a technical problem with the robot or a fundamental biological process.”
📖 Read: 'Where biology meets automation: Inside the Earlham Biofoundry' with Davide Annese 👇
@astrobiology.bsky.social@earlhaminst.bsky.socialFrom scripting robots to troubleshooting experiments, Davide Annese brings together biology and automation expertise at the Earlham #Biofoundry.
In a new article find out how automated workflows are helping researchers tackle high-throughput biology. 🧬🤖🔁
@chofski.bsky.social
@teselagen.bsky.social
@plantbiotechj.bsky.social🌱 RESEARCH 🌱
Tonoplast-Localized ABCC Transporters Enhance Heterologous Production of the Antidiabetic Montbretin A and Its Analogues in Nicotiana benthamiana - Hijmans et al.
#plantscience #synbio 🧪 @leidenscience.bsky.social
@lorraine-reese.bsky.socialSynthetic Biology UK 2026, 2-3 Nov, Southampton UK. Sessions will cover protein and enzyme design, genome-scale rewriting, next-generation nucleic acid technologies and the engineering of genetic circuits and cellular control systems. Still time to register! #synbio 🧪 bit.ly/Synthetic_Biology_2026
@bananabenana.bsky.socialProFinder shows amazing benchmarked performance of prokaryotic constitutive promoter prediction in non-model organisms. I love the use of RNAseq datasets as a validation step.
A thoughtful pipeline with biology front and centre on display here.
@teselagen.bsky.socialSee Tesela AI in Action
Watch an AI agent optimize a protein sequence from a natural language prompt — with protein modeling tools used along the way. teselagen.com
@earlhaminst.bsky.social💬 "We were keen to work with the Earlham Biofoundry because of its expertise in high-throughput strain characterisation and process development."
@earlhaminst.bsky.social
@julipereto.bsky.socialHow engage public with very complex scientific issues: the point of view of teachers, researchers, philosophers or artists @i2sysbio.es #10years #systemsbiology #synbio
@oborkowski.bsky.socialOur paper "Autonomous Control of Gene Expression Using Endogenous Transcription Signals" is finally out in Biotechnology and Bioengineering! #synbio #bioengineering
Great publication with @drewendy.bsky.social
and Ton Pakpoomton !!
@lorraine-reese.bsky.socialExtended deadline ends tomorrow! Don't miss your opportunity to submit an abstract for the 11th Synthetic Biology UK meeting #synbio 🧪 bit.ly/Synthetic_Biology_2026
@idw-online.deMax-Planck-Forschende haben nun mittels #Synbio den molekularen Torwächter der Zelle geknackt: es gelang ihnen, einen zentralen Proteinkanal ausserhalb lebender Zellen erforschbar zu machen.... weiterlesen
