LiberumBio Profile
LiberumBio

@LiberumBio

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Next generation protein manufacturing Indiebio Cohort 10

Joined April 2020
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@LiberumBio
LiberumBio
2 years
Digital designs to functional validation of proteins in 8 days!! 😍
@Tinafar
Aidan Tinafar • cell-free.com
2 years
Can hackathons be a thing in biology? We say yes! https://t.co/WrlFSm4rjs
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@UWaterloo
University of Waterloo
2 years
LiberumBio, part of #UWaterloo's @Velocity, has raised a $1.8 million seed round to accelerate the synthesis and testing of unrealized life-saving therapeutics. More: https://t.co/DAY48kgNeq | #UWaterlooNews
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@BetaKit
BetaKit
2 years
“We see ourselves not simply as a cell-free biotech company, but rather a protein synthesis powerhouse,” said @LiberumBio co-founder and CEO Aidan Tinafar (@Tinafar). #CDNtech
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betakit.com
The Toronto-based biotech startup calls its platform “protein synthesis as a service."
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@LiberumBio
LiberumBio
4 years
Shout out to @Merz's tweet that inspired this:
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@LiberumBio
LiberumBio
4 years
Some proteins migrate differently than expected from calculated mass on an SDS-PAGE. Guan et al. have described how the % of acidic residues modifies the apparent MW. We have built a free handy tool that leverages their work to predict the adjusted mass:
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@heyjudka
Judy Savitskaya
4 years
Let's build a thread of cool applications for #AlphaFold. Have been jamming on this topic w/ @jrvalcourt & @vijaypande; would love to expand the convo and make a space to share creative ideas. Add your thoughts in reply 👇!
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@ichaydon
Ian Haydon
4 years
My lab just published an A.I. tool that can in do in 10 minutes what used to take scientists years. The software computes the shape of a protein based on its DNA sequence. We've made the tool free. 500 scientists used it in the last month. Buckle up — biotech is gonna be wild
@MeaganPhelan
Meagan Phelan
4 years
Just out in @ScienceMagazine: @UWproteindesign-led researchers present RoseTTAFold – a neural network approach for protein modeling with accuracies near those of what DeepMind’s AlphaFold2 has achieved. The tool’s code is freely available.
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@MbD_UofT
Medicine by Design
4 years
What if manufacturing proteins was as simple as brewing a cup of coffee? Liberum, a venture formed in the #MedicinebyDesign community, aims to make desktop protein manufacturing a reality. https://t.co/FUH43Fr7Yg
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@erika_alden_d
Erika Alden DeBenedictis
5 years
People in synthetic biology use four-base codons all the time. They work. So why does the normal genetic code uses triplet codons? New preprint with @kesvelt
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biorxiv.org
Protein translation using four-base codons occurs in both natural and synthetic systems. What constraints contributed to the universal adoption of a triplet-codon, rather than quadruplet-codon,...
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@sean_os1
Sean O'Sullivan
5 years
Following @indbio Demo Day, I wrote a few thoughts on the events and what they have reminded many of us of: that science, when harnessed, is certain in its progress in creating lasting and valuable change for every person on the planet.
@SOSV
SOSV - Deep Tech for Human and Planetary Health
5 years
Many of the challenges we now face as a society are a result of our leadership’s inability to recognize that to defeat a scientific challenge, you must harness science as your ally. https://t.co/NVnB8tRXQh @sean_os1 @indbio
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@ATrotmanGrant
Ashton C Trotman-Grant
5 years
@TwistBioscience-DNA @Illumina-Sequencing @LiberumBio-Protein🤯 Well done @Tinafar on your demo, and your vision for protein manufacturing at a push of a button. #synbio @indbio @SOSV Now let us beta test your benchtop, so I don't have to make proteins in the lab anymore😅
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@indbio
IndieBio
5 years
.@LiberumBio aims to free researchers from the tedious task of turning DNA into protein and make experiments faster and cheaper. https://t.co/1aBjE1J6UR
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medium.com
When we think of synthetic biology, we often think of synthetic DNA. However, the purpose of the DNA is often to make protein. Today we���
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@Tinafar
Aidan Tinafar • cell-free.com
6 years
Cell-free synthetic biology can now directly interact with computers https://t.co/nes1ABf6Tx
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@BMCBiology
BMC Biology
6 years
Coupling cell-free systems with #synthetic biology advanced the development of #biosensors, manufacture of #therapeutics and design of biological systems for other diverse applications. Read the #openaccess Review article by Keith Pardee and colleagues at https://t.co/FLgZb1xjwx
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@MichaelCJewett
Michael C. Jewett
6 years
Thrilled to share our recent paper with @zibochen @WysockiVicki, @HanaScientist, @UWproteindesign, @NUSynBio demonstrating de novo design of protein logic gates, with #cellfree systems and our own Andrew Hunt. Awesome Baker Lab collaboration. #synbio https://t.co/nLfLoR8ISJ
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