Computational Scientist @SEMC_NYSBC | developing methods to improve #cryoEM and for #ScientificDiscovery | #CompBio #ScienceTwitter
New York City
Joined January 2020
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Explore emerging research with field leaders at @KeystoneSymp Integrative Structural Biology: Bridging Fields, Techniques, and Scales, starting today in Breckenridge!
Livestream and on-demand registration are still available: keysym.us/KSStructuralBio27 #KSStructuralBio27
Just one week to go! Explore emerging research with field leaders at @KeystoneSymp Integrative Structural Biology: Bridging Fields, Techniques, and Scales in Breckenridge. There’s still time to register! keysym.us/KSStructuralBio27 #KSStructuralBio27 pic.x.com/F5jTMOSmDP
Poster submission deadline: TODAY, Sept. 8! Share your work at @KeystoneSymp’s Integrative Structural Biology: Bridging Fields, Techniques, and Scales this October in Breckenridge.
Submit: keysym.us/KSStructuralBio27
#KSStructuralBio27
Poster deadline: Sept 8 — one week left to submit and join us!
Share your work at @KeystoneSymp Integrative Structural Biology: Bridging Fields, Techniques, and Scales this October in Breckenridge.
Learn more + register + submit: keysym.us/KSStructuralBio27 #KSStructuralBio27
Explore emerging research with field leaders @KeystoneSymp Integrative Structural Biology: Bridging Fields, Techniques, and Scales, this September in Breckenridge! keysym.us/KSStructuralBio27 #KSStructuralBio27
A blog post on REliable PIcking by Consensus (REPIC) is now live at @Nature Research Communities! REPIC reliably identifies #cryoEM particles with minimal input, and it’s free & #opensource! Read more here: go.nature.com/3YNf5d2
Explore REPIC on GitHub: github.com/ccameron/REPIC
REliable PIcking by Consensus (REPIC) is now published in @CommsBio 🎉 REPIC harnesses multiple #cryoEM particle pickers to improve #particlepicking, achieving expert-level results with minimal manual intervention. Check it out! doi.org/10.1038/s42003-024-0… #research
REPIC is publicly available on GitHub (licensed under the BSD-3 clause): github.com/ccameron/REPIC
This work was completed in collaboration with @SebSeager, Fred J Sigworth, Hemant D Tagare, and @MarkGerstein/@GersteinLab.
Christopher JF Cameron (he/him/his) retweeted
Congratulations to Art Palmer, whose election to the @theNASciences was just announced. This honor indicates the highest level of achievement and contribution to scientific research, as recognized by one’s peers: xitter.cf/i/status/1785366017008…
We are thrilled to announce the election of 120 members and 24 international members to the National Academy of Sciences in recognition of their distinguished and continued achievements in original research.
Congratulations to our new #NASmembers and welcome to the Academy!
Christopher JF Cameron (he/him/his) retweeted
New Research: Posterior inference of Hi-C contact frequency through sampling frontiersin.org/articles/10.… #Bioinformatics
Christopher JF Cameron (he/him/his) retweeted
Our team at #CZImagingInstitute is excited to share the #CryoET Data Portal beta release.
With over 13,000 tomograms, it’s the start of what we hope will be a large, open-access portal of high-quality, standardized & annotated cryo-ET data.
bit.ly/3T9sZ6D
REPIC (REliable PIcking by Consensus - github.com/ccameron/REPIC) is now available as a plugin for @scipion_em #cryoEM
Trouble choosing a #cryoEM particle picking algorithm for your protein of interest? Why choose one when you can use them all to get reliable picking! #ensembleLearning
The REPIC (REliable PIcking by Consensus) preprint is now available on #bioRxiv: doi.org/10.1101/2023.05.13.5…
REPIC uses graph theory and integer linear programming to find a set of high quality consensus particles from multiple picked particle sets.
REPIC is publicly available on #github: github.com/ccameron/REPIC
Christopher JF Cameron (he/him/his) retweeted
Excited to announce that "The EN-TEx resource of personal epigenomes & variant impact models" just came out: Cell.com/cell/fulltext/S0092…. The paper represents the culmination of many years of work by >100 authors & has lots of useful information about allele-specific activity.
Christopher JF Cameron (he/him/his) retweeted
Great collaboration with @Schliekerlab. Congrats to Dr. @cjf_cameron!
In our final paper for 2022 Pei-Ling developed an elegant screening approach to close a major gap in our understanding of protein quality control: the identification of the machinery responsible for protein turnover in the mammalian nuclear envelope
doi.org/10.1016/j.celrep.202…
Christopher JF Cameron (he/him/his) retweeted
In our final paper for 2022 Pei-Ling developed an elegant screening approach to close a major gap in our understanding of protein quality control: the identification of the machinery responsible for protein turnover in the mammalian nuclear envelope
doi.org/10.1016/j.celrep.202…
A fantastic series of YouTube videos for visually learning about transformers:
Ep 0 - youtu.be/48gBPL7aHJY
#DeepLearning #visualization