Jess White
@jessbwhite.bsky.social
180 followers 600 following 18 posts
Current: Tri-I CBM student in @[email protected] and Wesley Tansey labs Previous: SWTX | OrbiMed | WeillCornellGS | BofAML | Penn | Andover Employer-mandated disclaimer: choderalab.org/disclaimer
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jessbwhite.bsky.social
Grateful for the opportunity to present my work to such an engaged audience! Find out more here: bit.ly/4kcOQnX #Kinase2025
Reposted by Jess White
aixbiobot.bsky.social
How many crystal structures do you need to trust your docking results? [new]
Accurate drug docking needs crystal struct. Template docking via mol. similarity helps w/ ltd. data.
How many crystal structures do you need to trust your docking results? Figure 2 Figure 3 Figure 4
Reposted by Jess White
anshulkundaje.bsky.social
@jengreitz.bsky.social l & my lab want to co-hire a computational biologist/biostatistician with project management expertise to help map the regulatory code of the human genome and discover genetic mechanisms of disease.

Details below
careersearch.stanford.edu/jobs/computa...

Plz RT
Reposted by Jess White
miarosenfeld.bsky.social
pls RT for reach! can’t wait to see y’all there 😁

@acs.org #CompChem
acscomp.bsky.social
Mark your calendars for the ACS COMP *SUNDAY* Social on August 17, 2025! Free German 🥨&🍻 for COMP members, sponsored by OpenEye + Cadence 💻

RSVP link dropping soon in all ACS COMP members' email inboxes :)
Reposted by Jess White
kenwhite.bsky.social
The steady deterioration of First Amendment rights and the conflation of violence with dissent is a result not just of an authoritarian regime but of a press culture that is feckless at best and authoritarian-fluffers at worst. The New York Times is beyond redemption.
nytimes.com
The killings of two Israeli Embassy workers in Washington on Wednesday cast a harsh spotlight on the pro-Palestinian movement in the U.S. and the impact even peaceful protests might be having on attitudes against people connected to Israel.
Pro-Palestinian Movement Faces an Uncertain Path After Embassy Attack
www.nytimes.com
jessbwhite.bsky.social
Grateful for the opportunity to present my work to such an engaged audience! Find out more here: bit.ly/4kcOQnX #Kinase2025
jessbwhite.bsky.social
Communicate your opposition to the cancelation of billions of dollars in pandemic preparedness grants to all of your elected representatives simultaneously here: resist.bot/petitions/PX...
Reposted by Jess White
sethrockman.bsky.social
In honor of #MarchMadness, let's talk about how all 8 men's teams playing in Providence this week are threatened by the Musk/Trump Admin.

If you love college sports, you're going to have to stand up for colleges!!!!
Reposted by Jess White
sukritsingh92.bsky.social
This work is now published in J Phys Chem B! Check out our work showing that simulations predict the impact of distal mutations on kinase-inhibitor binding, and our experimental NanoBRET dataset of 94 kinase mutations that provide a benchmark for future methods. Link:
pubs.acs.org/doi/full/10....
Illustration showing a pipeline for predicting the impact of ABL1A kinase domain mutations on inhibitor binding. On the left, icons labeled 'Physics-based simulations' and 'Data-driven methods' feed into 'Prospective ΔΔG Predictions.' On the right, a 3D ribbon model of the ABL1A kinase domain (gray) highlights clinically observed mutations in orange and an inhibitor in blue.
Reposted by Jess White
erictopol.bsky.social
Francis Collins, the NIH Director for 12 years, led the Human Genome Project and other NIH efforts for 32 years, resigned today. Key words from his resignation letter
www.nytimes.com/2025/03/01/u...
Reposted by Jess White
jchodera.bsky.social
Everything is chaos, but I wanted to share some awesome recent science from the lab that hints at where the future of biomolecular simulation is headed:

Foundation simulation models that can be fine-tuned to experimental free energy data to produce systematically more accurate predictions.
Figure 1 from arXiv preprint https://doi.org/10.1101/2025.01.06.631610

Fig. 1 Espaloma is an end-to-end differentiable molecular mechanics parameter assignment scheme for arbitrary organic molecules. Espaloma (extensible surrogate potential optimized by message-passing) is a modular approach for directly computing molecular mechanics force field parameters FFF from a chemical graph G such as a small molecule or biopolymer via a process that is fully differentiable in the model parameters FNN. In Stage 1, a graph neural network is used to generate continuous latent atom embeddings describing local chemical environments from the chemical graph. In Stage 2, these atom embeddings are transformed into feature vectors that preserve appropriate symmetries for atom, bond, angle, and proper/improper torsion inference via Janossy pooling.54 In Stage 3, molecular mechanics parameters are directly predicted from these feature vectors using feed-forward neural networks. This parameter assignment process is performed once per molecular species, allowing the potential energy to be rapidly computed using standard molecular mechanics or molecular dynamics frameworks thereafter. The collection of parameters FNN describing the espaloma model can be considered as the equivalent complete specification of a traditional molecular mechanics force field such as GAFF38,39/AM1-BCC55,56 in that it encodes the equivalent of traditional typing rules, parameter assignment tables, and even partial charge models. Reproduced from ref. 49 with permission from the Royal Society of Chemistry.
Reposted by Jess White
rolanddunbrack.bsky.social
🧵 on our preprint: Zhang & Skolnick's TM score for comparing model of protein to experimental structures of same protein. The d_j are essentially the same as the aligned error in Alphafold. After any structure alignment, it's the displacement of model Calpha from experimental Calpha of residue j.
TM equation of Zhang and Skolnick
Reposted by Jess White
markpolk.io
Excited to be in LA for #BPS2025 @biophysicalsoc.bsky.social! I’ll be presenting a poster on our high-throughput fluorescence-based assay for kinase inhibitor binding in the West Exhibit Hall on Monday at 2:45 PM (board B60).
Reposted by Jess White
sukritsingh92.bsky.social
I'll be presenting my work prospectively studying clinical mutations and their impact on kinase inhibitor binding at #bps2025! Come see my talk on Wednesday morning @ 8:45am.