Emil Damgaard Jensen (@damgaard_jensen) 's Twitter Profile
Emil Damgaard Jensen

@damgaard_jensen

ID: 1171412425138212864

calendar_today10-09-2019 13:17:47

79 Tweet

95 Followers

139 Following

IsomLab (@danisomlab) 's Twitter Profile Photo

Outside of me saying absolutely way too much, it’s insightful. Great experience DrGPCR! Thanks for the opportunity to share my story.

Chang Liu (@chang_c_liu) 's Twitter Profile Photo

We are recruiting a PhD-level project scientist for our rapid antibody evolution projects and to coordinate the growth of our efforts in this area. Please apply here: recruit.ap.uci.edu/JPF08912

Emil Damgaard Jensen (@damgaard_jensen) 's Twitter Profile Photo

In this wonderful collaboration with Carlos Acevedo-Rocha , Frederik & Niklas used chemical neighbourhoods and chemical space neural networks to rapidly infer GPCR drug-classes with just a "home" computer, followed by validation on a highly accurate yeast platform. biorxiv.org/content/10.110…

Pablo Iván Nikel @pabnik.bsky.social (@pabloinik) 's Twitter Profile Photo

"Advanced #SynBio for Creating Sustainable Cell Factories", led by Daniel Volke & Emil Damgaard Jensen, runs DTU Biosustain on June 6th-26th · Several hosts (yes, including #Pseudomonas!), in silico-driven design & hands-on experiments included! Apply here: kurser.dtu.dk/course/29902

Jay Keasling (@jaykeasling) 's Twitter Profile Photo

Last week we published a landmark paper in Nature describing the production of the world's leading vaccine adjuvant, QS-21, in yeast. This work will pave the way for affordable, readily available, effective vaccine adjuvants for the world.

Last week we published a landmark paper in Nature describing the production of the world's leading vaccine adjuvant, QS-21, in yeast. This work will pave the way for affordable, readily available, effective vaccine adjuvants for the world.
Nathan Crook (@nathanguy14) 's Twitter Profile Photo

Deniz Durmusoglu @IbrahimAlabri3 and Daniel Haller have just developed a great suite of inducible promoters for probiotic S. boulardii! With them, we can turn recombinant genes on/off, see where Sb is active in the gut, and even alter Sb's colonization! doi.org/10.1021/acssyn…

Behide Saltepe, PhD (@saltepebehide) 's Twitter Profile Photo

Enroll in DTU Biosustain's Advanced Synthetic Biology for Creating Sustainable Cell Factories Summer Course! This course provides extensive theoretical knowledge and practical experience in #SyntheticBiology, #ComputationalBiology, and #MetabolicEngineering.

Enroll in <a href="/DTUBiosustain/">DTU Biosustain</a>'s Advanced Synthetic Biology for Creating Sustainable Cell Factories Summer Course! 
This course provides extensive theoretical knowledge and practical experience in #SyntheticBiology, #ComputationalBiology, and #MetabolicEngineering.
Vincent Courdavault (@v_courdavault) 's Twitter Profile Photo

We are opening a #postdoc position (24 months) to join our group! You are an expert in natural product biosynthesis with molecular biology/yeast/benth skills --> Apply to work in our COMBO project (combo-eu.org) ! Please RT! #PlantSciJobs PlantPostdocs (@plantpostdocs.bsky.social) AcademicAgJobs

We are opening a #postdoc position (24 months) to join our group! You are an expert in natural product biosynthesis with  molecular biology/yeast/benth skills  --&gt; Apply to work in our COMBO project (combo-eu.org) ! Please RT! #PlantSciJobs <a href="/plantpostdocs/">PlantPostdocs (@plantpostdocs.bsky.social)</a> <a href="/AcademicAg/">AcademicAgJobs</a>
Nathan Crook (@nathanguy14) 's Twitter Profile Photo

The Crook Lab is hiring a postdoc in the broad area of gas capture by enzymes! Part of a wonderful collaboration funded by the Novo Nordisk Foundation (biocat.ncsu.edu) Please forward to those who might be interested! jobs.ncsu.edu/postings/200343

Deniz Durmusoglu (@denizdurmusogl1) 's Twitter Profile Photo

IMPRINT is now out🎉 Molecular Cell Extremely grateful to be part of this exciting collaboration! Beisel Lab Nathan Crook @barquistlab With this sophisticated method, you can also overcome the barriers to DNA transformation to a variety of bacteria🦠 🧬 doi.org/10.1016/j.molc…

Emil Damgaard Jensen (@damgaard_jensen) 's Twitter Profile Photo

Congrats Marcus Deichmann - excellent performance as usual and a well deserved new title for you. Thank you for the absolutely wonderful 4 years together so far 🙏 Thanks a ton to the evaluation committee Katie Galloway Tom Ellis & Carlos Acevedo-Rocha

Chang Liu (@chang_c_liu) 's Twitter Profile Photo

Our work describing molecular recording of sequential information by directing a chain of insertions with prime editor in mammalian cells is now published in Nature Chemical Biology here - nature.com/articles/s4158…. Congratulations to Theresa Loveless, Courtney Carlson, and the whole team!

Nathan Crook (@nathanguy14) 's Twitter Profile Photo

Awesome article by Rebeck, Wallace, Prusa, and others from the Dantas Lab GD showing S. boulardii can be engineered to treat colon cancer in mice! A super hard problem and inspiring for those working on engineered probiotics. doi.org/10.1016/j.chem…

Andrew D Hanson Lab (@adhansonlab) 's Twitter Profile Photo

For users of yeast OrthoRep or any continuous #DirectedEvolution system: After all accessible beneficial synonymous mutations have been made, synonymous ones that just boost expression dominate, creating improvement 'mirages'. Attests to OrthoRep's power! doi.org/10.1111/pbi.14…

For users of yeast OrthoRep or any continuous #DirectedEvolution system: After all accessible beneficial synonymous mutations have been made, synonymous ones that just boost expression dominate, creating improvement 'mirages'. Attests to OrthoRep's power! doi.org/10.1111/pbi.14…
Sonja Billerbeck (@billerbeck_s) 's Twitter Profile Photo

Out now from Alicia Maciá Valero ! We consolidated a >600 Dutch yeast and characterised their activity against spoilage yeasts and relevant human and plant pathogens, focusing on yeasts that secrete antifungal proteins. Great resource for biocontrol and beyond. pubmed.ncbi.nlm.nih.gov/39875071/

Out now from <a href="/Alicia_MV_/">Alicia Maciá Valero</a> ! We consolidated a &gt;600 Dutch yeast and characterised their activity against spoilage yeasts and relevant human and plant pathogens, focusing on yeasts that secrete antifungal proteins. Great resource for biocontrol and beyond. 
pubmed.ncbi.nlm.nih.gov/39875071/
good papers (@paperperday) 's Twitter Profile Photo

a deaminase–helicase (RepA) fusion & a primase (RepB) error-prone DNA polymerase I fusion induce all types of mutation only in the target plasmid

a deaminase–helicase (RepA) fusion &amp; a primase (RepB) error-prone DNA polymerase I fusion induce all types of mutation only in the target plasmid