Deep Origin (@deeporiginbio) 's Twitter Profile
Deep Origin

@deeporiginbio

It shouldn't take 10 years to deliver one drug. Time to un#uck life sciences and put the scientist first. Let's untangle the complexity of life.

ID: 1514278397547057156

linkhttps://www.deeporigin.com calendar_today13-04-2022 16:30:30

171 Tweet

228 Followers

135 Following

Deep Origin (@deeporiginbio) 's Twitter Profile Photo

We're pumped for the #DeepOriginChallenge in roughly 10 hours at our Armenia office πŸ™Œ Teams of up to four will tackle three problems related to #molecularModeling, #molecularSimulation, and #AI over the 10 hours contest πŸ”¬ 🦠

We're pumped for the #DeepOriginChallenge in roughly 10 hours at our Armenia office πŸ™Œ 

Teams of up to four will tackle three problems related to #molecularModeling, #molecularSimulation, and #AI over the 10 hours contest πŸ”¬ 🦠
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

How many significant contributions have met their match with the following? #N/A #VALUE! #REF! #NAME? #DIV/0! ##### #NULL! #NUM! buff.ly/3UalUD6

Deep Origin (@deeporiginbio) 's Twitter Profile Photo

Join us for our May 2nd webinar where we'll provide an actionable introduction to computational drug discovery! In particular we'll pursue a protein target exploration with tools like UniProt, RCSB PDB, ChEMBL, PyMOL, and GROMACS buff.ly/3VV0GKN

Deep Origin (@deeporiginbio) 's Twitter Profile Photo

What are the top challenges in small molecule #drugDiscovery? Where do computational methods help, and what are their shortcomings? Deep Origin experts Natalie Ma, PhD and Tigran M. Abramyan weigh in our 4-part series: buff.ly/443r2vT

What are the top challenges in small molecule #drugDiscovery? Where do computational methods help, and what are their shortcomings? 

Deep Origin experts Natalie Ma, PhD and Tigran M. Abramyan weigh in our 4-part series: 

buff.ly/443r2vT
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

CAR T cells become supercharge when pumped with large doses of a protein that helps them resemble stem cells 🀯 buff.ly/49RJtVM

CAR T cells become supercharge when pumped with large doses of a protein that helps them resemble stem cells 🀯 

buff.ly/49RJtVM
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

Small molecule drug discovery can be hard! It's a Friday afternoon but here's where our head is at at Deep Origin πŸ‘‡ buff.ly/3UCWhLv

Small molecule drug discovery can be hard! 

It's a Friday afternoon but here's where our head is at at Deep Origin πŸ‘‡ 

buff.ly/3UCWhLv
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

We're thrilled to announce Balto, the world's first AI assistant for drug discovery! Balto provides viable hits for drug discovery programs faster, more accurately, and easier than ever before. It's as simple as a conversation. Sign up today πŸ‘‡ buff.ly/4bc1ShL

We're thrilled to announce Balto, the world's first AI assistant for drug discovery! 

Balto provides viable hits for drug discovery programs faster, more accurately, and easier than ever before. It's as simple as a conversation. 

Sign up today πŸ‘‡ 

buff.ly/4bc1ShL
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Particularly in light of all the #AlphaFold talk, we wanted to spill the beans on what we've been working on πŸŽ‰ Read more below πŸ‘‡ buff.ly/3UQmjuA

Deep Origin (@deeporiginbio) 's Twitter Profile Photo

With all of the AlphaFold talk over the last few days, we wanted to explore the capabilities ourselves. Garik Petrosyan and Garegin Papoian weigh in after reviewing the publicly available instance and paper πŸ‘‡ buff.ly/3JXA3xy

Deep Origin (@deeporiginbio) 's Twitter Profile Photo

Check out Deep Origin's Jonathan Karr on best practices and a hands-on tutorial for building operating systems for hashtag#lifeScience using hashtag#Docker πŸ‘‡ buff.ly/4apwbju

Check out Deep Origin's Jonathan Karr on best practices and a hands-on tutorial for building operating systems for hashtag#lifeScience using hashtag#Docker πŸ‘‡ 

buff.ly/4apwbju
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

Keen on computational research but get stuck? Check out our beginner-friendly tutorial on Seurat for many core bioinformatics processes πŸ‘‡ buff.ly/44Y6FRl

Keen on computational research but get stuck? Check out our beginner-friendly tutorial on Seurat for many core bioinformatics processes πŸ‘‡ 

buff.ly/44Y6FRl
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How will AI impact the future of health and longevity? Checkout this recent feature of Deep Origin Co-Founder and CEO as he talks about his days at Oculus VR, investments into life science companies, and why he founded Deep Origin πŸ‘‡ buff.ly/3z62U0h

How will AI impact the future of health and longevity? Checkout this recent feature of Deep Origin Co-Founder and CEO as he talks about his days at Oculus VR, investments into life science companies, and why he founded Deep Origin πŸ‘‡ 

buff.ly/3z62U0h
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

Despite breakthrough models of the last year, fundamental challenges stand in the way of leveraging AI for bio. That's why we made our end-to-end platform for life science research. Read more on some of the fundamental problems we're aiming to solve πŸ‘‡ buff.ly/3LCTNXY

Despite breakthrough models of the last year, fundamental challenges stand in the way of leveraging AI for bio. That's why we made our end-to-end platform for life science research.

Read more on some of the fundamental problems we're aiming to solve πŸ‘‡ 

buff.ly/3LCTNXY
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

Loved this recent conversation between Arkadi Mazin from Lifespan.io and Deep Origin CEO Michael Antonov on the largest challenges and cutting-edge of #longevity and #drugDiscovery πŸ™Œ buff.ly/3SOcdt3

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The Deep Origin OS is growing up! We're thrilled to announce our open beta, which helps life science researchers turn diverse data into insights in minutes. For a limited time we're offering free access to the platform, sign up below πŸ‘‡ buff.ly/3RenW2o

The Deep Origin OS is growing up! We're thrilled to announce our open beta, which helps life science researchers turn diverse data into insights in minutes.

For a limited time we're offering free access to the platform, sign up below πŸ‘‡ 

buff.ly/3RenW2o
Deep Origin (@deeporiginbio) 's Twitter Profile Photo

Much as AlphaFold was made possible due to well-structured and annotated data from the Protein Data Bank, structuring and annotating your own data is critical to enabling your breakthrough discoveries. Join us on September 19th at 11AM PT! buff.ly/4gfMzHt

Much as AlphaFold was made possible due to well-structured and annotated data from the Protein Data Bank, structuring and annotating your own data is critical to enabling your breakthrough discoveries.

Join us on September 19th at 11AM PT!

buff.ly/4gfMzHt