Trevor Martin (@martintrevor_) 's Twitter Profile
Trevor Martin

@martintrevor_

Co-founder & CEO @mammothbiosci | Fortune 40U40 | Forbes 30U30 | previously @stanford PhD; @princeton BA

ID: 2253093162

linkhttp://trevormmartin.com/ calendar_today19-12-2013 06:38:36

370 Tweet

1,1K Followers

88 Following

Mammoth Biosciences (@mammothbiosci) 's Twitter Profile Photo

Some of our scientists have been having fun with DALL·E from OpenAI. If our mascot were to work in the lab, which of the following do you think would most accurately represent them? (Respond in the poll below🔽) 🤔🦣🧪🥼 #FridayFeeling #SciArt #Science #dalle

Some of our scientists have been having fun with DALL·E from <a href="/OpenAI/">OpenAI</a>. If our mascot were to work in the lab, which of the following do you think would most accurately represent them? (Respond in the poll below🔽)

🤔🦣🧪🥼

#FridayFeeling #SciArt #Science #dalle
Brandon 🎉 (@brandonhli) 's Twitter Profile Photo

1/ I'm excited to publicly talk about Power (withpower.com) for the first time At Power we believe that clinical trials should be accessible for any patient in need -- not just those with top doctors to help them out

1/ I'm excited to publicly talk about Power (withpower.com) for the first time

At Power we believe that clinical trials should be accessible for any patient in need -- not just those with top doctors to help them out
Mammoth Biosciences (@mammothbiosci) 's Twitter Profile Photo

We recently worked with the Chiu laboratory at UCSF to develop a SNP-detecting #CRISPR system for #SARSCoV2 variant surveillance. Learn about our pipeline for developing Cas proteins for this & many other exciting applications in this GenomeWeb article: genomeweb.com/molecular-diag… #COVID19

We recently worked with the <a href="/Chiulab_UCSF/">Chiu laboratory at UCSF</a> to develop a SNP-detecting #CRISPR system for #SARSCoV2 variant surveillance. Learn about our pipeline for developing Cas proteins for this &amp; many other exciting applications in this <a href="/GenomeWeb/">GenomeWeb</a> article:

genomeweb.com/molecular-diag…

#COVID19
Endpoints News (@endpts) 's Twitter Profile Photo

Hats off to Mammoth Biosciences. Nobody knows better how important CRISPR/Cas9 has been to the gene editing field. And no one knows better than the folks running this Jennifer Doudna startup just how much the field still needs to be developed. endpts.com/the-endpoints-…

Trevor Martin (@martintrevor_) 's Twitter Profile Photo

Incredibly excited to welcome Phil (CBO) and Siang (GC) to the Mammoth team! We all share an ambitious vision for the potential of CRISPR and they will further propel us towards delivering on the full promise of this transformative technology.

Trevor Martin (@martintrevor_) 's Twitter Profile Photo

Excited to present at the 41st Annual J.P. Morgan Healthcare Conference at 4:00 PM PT today! I'll discuss Mammoth's vision and how we're building a long term differentiated biotech.

Arvind Gupta (@arvndgpta) 's Twitter Profile Photo

Please join me and some amazing biotech colleagues for a night of conversation and connection tomorrow (March 21) at IndieBio (IndieBio) (479 Jessie St, SF) to raise money for Boston Children's Hospital. Tickets available at the link (bit.ly/40cso4j) see you there!

Mammoth Biosciences (@mammothbiosci) 's Twitter Profile Photo

We look forward to working with Regeneron to enable all-in-one AAV delivery and unlock the true potential of in vivo gene editing. Read our press release to learn more: mammoth.bio/regeneron-and-… @doudna_lab UC Berkeley

Lucas Harrington (@crispr_lucas) 's Twitter Profile Photo

🎉Thrilled to announce our collaboration with Regeneron with a 100MM upfront! We believe that collaborating with Regeneron is a critical step toward maximizing the impact of our technology

Janice Chen (@janiceschen) 's Twitter Profile Photo

Proud to share this collaboration that brings the best of Mammoth Biosciences's ultracompact CRISPR with Regeneron's antibody-directed AAVs. Both are founder-led and science-driven companies with a shared commitment to realize the full therapeutic potential of #CRISPR! 🧬

Mammoth Biosciences (@mammothbiosci) 's Twitter Profile Photo

So excited to be a finalist in the Emerging Innovation category of the California Life Sciences (CLS) #PantheonAwards. We're working to cure diseases through in vivo gene editing with our ultra compact #CRISPR systems, so please support us with your vote! califesciences.org/pantheon-votin…

So excited to be a finalist in the Emerging Innovation category of the <a href="/CALifeSciences/">California Life Sciences (CLS)</a> #PantheonAwards. We're working to cure diseases through in vivo gene editing with our ultra compact #CRISPR systems, so please support us with your vote!
califesciences.org/pantheon-votin…
Armand (@armandcognetta) 's Twitter Profile Photo

General Proximity (General Proximity) is coming out of stealth. General Proximity is developing a new class of medicines that we believe has the potential to decrease global disease burden, transform human health, and extend lifespan more than any other current therapeutic modality. 🧵

General Proximity (<a href="/proxbio/">General Proximity</a>) is coming out of stealth.

General Proximity is developing a new class of medicines that we believe has the potential to decrease global disease burden, transform human health, and extend lifespan more than any other current therapeutic modality. 🧵
Lucas Harrington (@crispr_lucas) 's Twitter Profile Photo

📢Excited to introduce NanoCas -our new mini CRISPR system that can reach tissues previously out of reach! By shrinking CRISPR to 1/3 its normal size, we can now edit genes in muscle, heart & brain that were difficult to access before. Summary & link to paper:

📢Excited to introduce NanoCas -our new mini CRISPR system that can reach tissues previously out of reach! 

By shrinking CRISPR to 1/3 its normal size, we can now edit genes in muscle, heart &amp; brain that were difficult to access before. Summary &amp; link to paper:
Mammoth Biosciences (@mammothbiosci) 's Twitter Profile Photo

🧬CRISPR proteins shrink, but its potential expands! #NanoCas, featured in Science Magazine, edits NHP muscle via single-AAV delivery – unlocking therapies for hard-to-target diseases. Huge thanks to J Couzin-Frankel for covering our research! science.org/content/articl… #CRISPR #Biotech