Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile
Sarafan ChEM-H

@stanford_chemh

Bridging chemistry, engineering, biology & medicine to advance human health, transform research, and train the next generation of scientific leaders @Stanford

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linkhttp://chemh.stanford.edu calendar_today24-04-2018 05:44:21

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Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

Next, we welcome our keynote speaker Paula Hammond from MIT ChemE Dept talking about her research on the design of nanoparticles for targeting cancer.

Next, we welcome our keynote speaker Paula Hammond from <a href="/MITChemE/">MIT ChemE Dept</a> talking about her research on the design of nanoparticles for targeting cancer.
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Keynote speaker Paula Hammond MIT ChemE Dept sits down for an enlightening fireside chat with director Carolyn Bertozzi about her inspiring professional journey, and more, at the 2025 CBI retreat.

Keynote speaker Paula Hammond <a href="/MITChemE/">MIT ChemE Dept</a> sits down for an enlightening fireside chat with director <a href="/CarolynBertozzi/">Carolyn Bertozzi</a> about her inspiring professional journey, and more, at the 2025 CBI retreat.
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The first talk comes from grad student Isabel Larus Isabel Larus from the Daniel Jarosz Lab, talking about her work in the strange new world of biomolecular condensates and their possible functions within the human proteome.

The first talk comes from grad student Isabel Larus <a href="/isabel_larus/">Isabel Larus</a> from the Daniel Jarosz Lab, talking about her work in the strange new world of biomolecular condensates and their possible functions within the human proteome.
Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

Grad student Katelyn Randal in the Steven Banik uses screening platforms, machine learning, and chemistry to create scalable tools to investigate the molecular basis of protein degradation.

Grad student <a href="/RandalKatelyn/">Katelyn Randal</a> in the <a href="/StevenMBanik/">Steven Banik</a> uses screening platforms, machine learning, and chemistry to create scalable tools to investigate the molecular basis of protein degradation.
Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

.Casey from Laura Dassama’s lab talks about using ligand-guided structural genomics to find & characterize a previously unknown bacterial lipoprotein, which could lead to developing new antibiotics not susceptible to traditional resistance mechanisms.

.<a href="/caseymdecosto/">Casey</a> from Laura Dassama’s lab talks about using ligand-guided structural genomics to find &amp; characterize a previously unknown bacterial lipoprotein, which could lead to developing new antibiotics not susceptible to traditional resistance mechanisms.
Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

Ready for round 2! Alby Joseph Alby Joseph (he/him) from the Scott Dixon lab discusses his detective work to determine an unconventional non-apoptotic mechanism for cancer cell death induced by a small molecule.

Ready for round 2! Alby Joseph <a href="/alby_joseph13/">Alby Joseph (he/him)</a> from the Scott Dixon lab discusses his detective work to determine an unconventional non-apoptotic mechanism for cancer cell death induced by a small molecule.
Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

.Austin Murchison from the Monther Abu-Remaileh lab shares his insights on the understudied pathways involved in cellular zinc recycling during zinc deficiency, a leading cause of death in developing countries.

.<a href="/Austinkmurchis/">Austin Murchison</a> from the Monther Abu-Remaileh lab shares his insights on the understudied pathways involved in cellular zinc recycling during zinc deficiency, a leading cause of death in developing countries.
Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

Grad student Luis Valencia from Bianxiao Cui lab is working to uncover the mechanisms controlling subcellular localization of junctophilin, a tethering protein between the ER & plasma membrane that's needed for proper lipid transport and calcium signaling in muscle cells & neurons.

Grad student Luis Valencia from <a href="/BianxiaoC/">Bianxiao Cui</a> lab is working to uncover the mechanisms controlling subcellular localization of junctophilin, a tethering protein between the ER &amp; plasma membrane that's needed for proper lipid transport and calcium signaling in muscle cells &amp; neurons.
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Last but not least, we have Meredith Nix in the Nathanael Gray lab where she works on developing bivalent molecular glues to target cancer.

Last but not least, we have Meredith Nix in the Nathanael Gray lab where she works on developing bivalent molecular glues to target cancer.
Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

And that concludes this year’s CBI retreat! Thank you to the team behind this program, especially Bria Castellano, PhD, Lynette Haberman, JacobsWagnerLab & Carolyn Bertozzi, for organizing this event and supporting our CBI graduate student scholars!

And that concludes this year’s CBI retreat! Thank you to the team behind this program, especially <a href="/queerentist/">Bria Castellano, PhD</a>, <a href="/LynetteHaberman/">Lynette Haberman</a>, <a href="/JacobsWagnerLab/">JacobsWagnerLab</a> &amp; <a href="/CarolynBertozzi/">Carolyn Bertozzi</a>, for organizing this event and supporting our CBI graduate student scholars!
Chibuike Uwakwe (@chibuike_uwakwe) 's Twitter Profile Photo

It was such a privilege to listen to Prof. Paula Hammond, Institute Professor MIT ChemE Dept, during her keynote address at the 2025 CBI retreat Sarafan ChEM-H. I’m in awe at her work in engineering layer-by-layer nanoparticles for stunning applications including cancer therapy.

It was such a privilege to listen to Prof. Paula Hammond, Institute Professor <a href="/MITChemE/">MIT ChemE Dept</a>, during her keynote address at the 2025 CBI retreat <a href="/Stanford_ChEMH/">Sarafan ChEM-H</a>.

I’m in awe at her work in engineering layer-by-layer nanoparticles for stunning applications including cancer therapy.
Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

New CRISPR technology developed by Stanley Qi Lab, Mengting Han & team could pave the way for potential treatments for neurodegenerative diseases like ALS and spinal muscular dystrophy: stanford.io/4l1cg09

Conor McClune (@conor_mcclune) 's Twitter Profile Photo

Today in nature we report a systematic strategy to activate & identify gene sets in plants. We identify 8 new genes from the yew tree's Taxol biosynthetic pathway, enabling us to engineer tobacco with 17- & 20-gene pathways to Taxol precursors baccatin III and dBz-deoxy-Taxol. a

Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

CBI co-director and annual retreat highlights; observing genome dynamics; finding clues to treat neurodegenerative disease; employee spotlight; summer reading list; and more in this edition of The ChEM-H Quarterly: bit.ly/3FMzng2

CBI co-director and annual retreat highlights; observing genome dynamics; finding clues to treat neurodegenerative disease; employee spotlight; summer reading list; and more in this edition of The ChEM-H Quarterly: bit.ly/3FMzng2
Cancer Grand Challenges (@cancergrand) 's Twitter Profile Photo

A massive thank you to everyone at #CGCecDNA, especially our co-organisers Mischel Lab, Mariam Jamal-Hanjani and Howard Chang, and all of our fantastic speakers! Together we’ll tackle the challenge of extrachromosomal DNA.

A massive thank you to everyone at #CGCecDNA, especially our co-organisers <a href="/mischellab/">Mischel Lab</a>, Mariam Jamal-Hanjani and <a href="/HowardYChang/">Howard Chang</a>, and all of our fantastic speakers!

Together we’ll tackle the challenge of extrachromosomal DNA.
Alan Tung 童聖驊 (@alanshtung) 's Twitter Profile Photo

PhDone! 👨‍🎓 Grateful for the guidance and support of Long Lab in my graduate studies. And thanks to Stanford Cancer Biology PhD Program Sarafan ChEM-H for being such wonderful communities at Stanford 🙏 Appreciate my family and friends for the support 💪

PhDone! 👨‍🎓 Grateful for the guidance and support of <a href="/longlabstanford/">Long Lab</a> in my graduate studies. And thanks to <a href="/stanfordcbio/">Stanford Cancer Biology PhD Program</a> <a href="/Stanford_ChEMH/">Sarafan ChEM-H</a> for being such wonderful communities at Stanford 🙏

Appreciate my family and friends for the support 💪