Charles Warren

@TPCB_NYC / @WeillCornell PhD Candidate in the @JacobGeri1 Lab, timsTOF Pro 2 copilot, @UNC Alum, guitar player, generally confused.

[Charles Warren @chardw98]

@JacobGeri1 @sp3intermediate @AlexSolivan More protein input too could help (we kept the scale the same for the comparison)

[Jacob Geri @JacobGeri1]

I'm excited to share my lab's first preprint! It describes Affinity Map, a highly general method providing proteomic profiles of binding affinity for small molecules, peptides, and antibodies in cell lysate, organ extracts, and live cell surfaces.
https://t.co/EvUtvTp7SN

[Charles Warren @chardw98]

@Sculpturatus Puberty hit Kaos HARD

[Cell Chemical Biology @CellChemBiol]

Covalent targeting of splicing in T cells by Kevin A. Scott, Hiroyuki Kojima, Nathalie Ropek, Ekaterina V. Vinogradova @katenokv and colleagues at @RockefellerUniv @TPCB_NYC @WeillCornell @MSKCancerCenter @scrippsresearch https://t.co/UBl0FU7h0l

[Cell Chemical Biology @CellChemBiol]

Online now! Covalent targeting of splicing in T cells by Kevin A. Scott, Hiroyuki Kojima, Nathalie Ropek, Ekaterina V. Vinogradova @katenokv and colleagues at @RockefellerUniv @TPCB_NYC @WeillCornell @MSKCancerCenter @scrippsresearch https://t.co/nW9qHb93OY #chembiol

[Charles Warren @chardw98]

Happy to share this work from my rotation in @katenokv ‘s lab! This was my first experience preparing proteomic samples and a deep dive into the power of cysteine ABPP to discover new biology. Thank you to everyone who helped bring this together!

[Katya Vinogradova @katenokv]

Excited to see the final version of our manuscript out in @CellChemBiol! In this study, we investigate the mechanism of action of an immunosuppressive small-molecule electrophile, which targets a core splicing factor SF3B1! @RockefellerUniv https://t.co/YSYEvqqatc

[Katya Vinogradova @katenokv]

Excited to see the final version of our manuscript out in @CellChemBiol! In this study, we investigate the mechanism of action of an immunosuppressive small-molecule electrophile, which targets a core splicing factor SF3B1! @RockefellerUniv https://t.co/YSYEvqqatc

[Charles Warren @chardw98]

Gotta love the restricted access irony

[Charles Warren @chardw98]

@Sculpturatus Don’t complain! We may not get more….

[OBC @OrgBiomolChem]

@OrgBiomolChem was delighted to sponsor such a wonderful event and a big congratulations to Charles Warren @chardw98 from the @JacobGeri1 lab at @WeillCornell for winning the OBC poster prize!🎉

[Charles Warren @chardw98]

@Sculpturatus Most *chaotic* (;

[Charles Warren @chardw98]

@BobbyHollings I aim to increase the rigor in the field!

[Charles Warren @chardw98]

Changing my thesis research

[Jared Ramsey @jaredrams]

Super excited to see my most recent work (and first paper!) from the @KapoorLab_RU online @J_A_C_S! By taking advantage of electrophilic 'scout fragments', we identify allosteric inhibitors of helicases, enzymes that have been challenging to target.
https://t.co/GHZf6ZKJ6y

[Katya Vinogradova @katenokv]

Very excited to share our new @biorxivpreprint! Big thanks to all the co-authors who contributed to this story on Covalent targeting of splicing in T cells! @Sculpturatus, Hiro, Nathalie, @chardw98 @teezhangg @xzhang85 Read more below!

[Chemjobber @Chemjobber]

God have mercy

[Charles Warren @chardw98]

@TheRedinboLab @CellChemBiol Awesome work! @ManderzzG

[Jacob Geri @JacobGeri1]

The Geri Lab is recruiting postdoctoral scholars to develop photocatalytic proximity labeling and proteomics technologies. Chemical biologists and chemists who want to learn chemical biology are welcome!

https://t.co/smnCJo39gj

The view from our recently expanded NYC lab space:

[MacMillan Group @MacMillan_Lab]

Doubleheader in JACS!
An awesome collaboration with @Merck on leveraging μMap toward the mapping of protein binding sites. Congrats @HuthSean @HuthSean, James, @CiaranSeath, @JacobGeri1, Aaron, and the whole team at Merck!
https://t.co/sngiJTx1oa