
Jay Bradner, M.D.
@jaybradner
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Physician-scientist making medicines with friends, memories with family. EVP R&D at Amgen
Joined September 2011
Today in @ScienceMagazine, together with my former colleagues at NIBR, we report the discovery and characterization of first molecular glue degraders of the WIZ transcription factor (TF) for fetal hemoglobin derepression and therapeutic consideration in Sickle Cell Disease. 1/10.
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Bob Bradway announced today that I have joined his leadership team as Executive Vice President of R&D, and Chief Scientific Officer @Amgen. I am overjoyed by the opportunity to create and develop therapeutic solutions for patients with serious illnesses. Here are some additional.
We’re announcing two changes to Amgen’s senior leadership team that will keep our company at the forefront of innovation. @jaybradner, M.D., joins as EVP, R&D, and Chief Scientific Officer. David M. Reese, M.D., will assume a new role as EVP and Chief Technology Officer.
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As seen driving in for morning rounds on the stem cell transplant service at @DanaFarber. Honk honk, and congratulations.
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A gem for those who still debate academia “versus” industry. The present reality is that all in industry were once in academia, as trainees or scholars, and many in industry will return to teach, advise, investigate. The era of the One Way ticket is firmly over, buy the bus pass!.
Traversing industry and academia in biomedicine: the best of both worlds? #Viewpoint by Gary Gilliland @fredhutch, Aviv Regev .@genentech, Eric Schadt @sema4 & @joyceytung @23andMe
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Excited to welcome @HowardYChang to @Amgen as our new SVP for Research & CSO! A pioneering physician-scientist, Howard’s expertise in genetics, oncology, & inflammation will help us push the boundaries of discovery. We’re excited to embark on this journey together to redefine the
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Bringing some of our most important work home - developing top female scientific talent. #WomenAndGirlsInScience #TwinsAtTheScope
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Delighted that our home-grown, RNA-targeting (small-molecule!) splice modulator for #HuntingtonsDisease has been granted Fast Track designation, accelerating development & review of this potential first-in-class, molecular glue for HD.
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Today we announced a commitment to donate up to 130 million doses of hydroxychloroquine to support the global #COVID19 pandemic response. 1/5.
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Here we report the mechanism of a sequence-specific, low molecular weight, RNA targeting splice modulator; with Fast Track designation late last year for clinical study in #HuntingtonsDisease. @NatureComms
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The genius of appointing @eric_lander is not leading OSTP, but having him on the Cabinet. Eric is a commanding force of reason, judgement and strategy. He is also not a stay in your lane kind of guy, so I will sleep better at night knowing he is at that table.
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Everyone vs. COVID-19. Glad to share word of our committed effort to develop first intentional medicines for #Coronavirus targeting the main protease (Mpro). Thanks to our collaborators @DanNomura, Andy Plump and to @lisamjarvis @cenmag for your interest.
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Today’s first approval of a CRISPR therapeutic is a milestone for the technology innovators, but also for the biologists who directed the machinery. Congratulations Stu Orkin, @bloodgenes Vijay Sankaran and colleagues!
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Today we announced a remarkable new project with the @gatesfoundation to devise a potential in vivo gene therapy for #sicklecelldisease—the goal being a one-time, curative treatment accessible to those affected by SCD in under-resourced countries.
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Delighted to finally share this first chapter of NIBR discovery chemistry towards yet another "intractable" protein-protein interface: PCSK9-LDLR. Nothing is undruggable @NovartisScience.
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An exciting update on our Cancer Cell Line Encyclopedia: Quantified proteome profiles for 375 cell lines in @CellCellPress. @NovartisScience
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Have been in this room too long, or does the Spike protein look kinda like a Cheeto? @McLellan_Lab @ChesterCheetah
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The power of total academic target clarity, a biotech platform at the ready, global scale in drug development, and responsive regulators. Thank you and congratulations @pfizer, @BioNTech_Group, @NIH and @US_FDA.
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Thanks @DrChoueiri. Just a joy and a privilege to be back at the bedside with the @DanaFarber Bone Marrow Transplant service, esp at such a dynamic time for our field of stem cell medicine.
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Congratulations, Bill, Peter and Gregg! This year’s Nobel Prize in Medicine celebrates elegant, fundamental research that promises real contributions to cancer care. via @nytimes.
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So very honored and excited to welcome Dr. Alice Shaw to lead cancer drug development at NIBR. Alice, I have admired your work for years, and cannot wait to work together to bring the most ambitious research program in cancer medicine to patients around the world.
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First academic seminar in years. Exchanging insights into molecular glues and drugging transcription factors with some of my scientific heroes at UCSF (Mission Bay is so stacked). Admittedly rusty but thrilling. Thanks @CardioOncology @UCSFCancer @kevansf et. al.
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I love this paper from @davidrliu and @eric_fischer, and further optimized ZnF tags are warmly welcome. Question for you two: in the abstract you speak to “problems with current degron tags”. Are there problems with dTAG? Seems fully orthogonal, small, insertable, works in vivo,.
Today in @Science_Magazine we report the laboratory evolution of compact degrons that enable targeted protein degradation triggered by an otherwise-inert small molecule, a multidisciplinary study that integrates organic chemistry, molecular glues, protein evolution, genome
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More amazing news. Thrilled to share this milestone approval of our new targeted therapy. More than ten years in the making, this program was supported by countless internal NIBR champions. Congrats to all who carried this therapy through to patients.
BREAKING: Novartis receives FDA approval for a new treatment of HR+/HER2- advanced or metastatic breast cancer with a mutation. #NovartisNews.
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Attention all Cysteines: the SF Bay Area is just not safe. Shokat, Wells, Taunton, Nomura and now Gray are coming after you. Congratulations, Nat. Just loved sitting next to you.@DanNomura @CarolynBertozzi @kevansf.
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An energizing call with the scientific leadership of the @gatesfoundation this evening. We have much work to do, but do take some solace that the brightest minds in science are organizing openly, effectively to respond to #COVID19.
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Still can’t get over the irony that the best platform for myeloma therapy is an Ikaros degrader (lenalidomide) paired with a molecule that blocks protein degradation (bortezomib).
Multiple myeloma - frontline quad therapy validated in high quality Ph3 study: HR = 0.42. ASH - late breaking abstract!
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DOSEDO! Together with @SchreiberStuart, we have innovated a structurally diverse and complex library of DOS molecules Encoded by DNA Oligonucleotides. Next we plan to open access to the scientific community. #OpenSource #DEL
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At NIBR, we are training our computers in organic #chemistry, to realize the promise of #MachineLearning and Generative Chemistry in the pursuit of therapeutics for challenging targets. #AI
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Energizing two days with the brilliant students and faculty @StanfordUChem and @Stanford_ChEMH trading insights into therapeutic modularity, molecular glues, chembio and careers. Better together. Thx for the shout-out @CarolynBertozzi, and most of all to rockstar hosts Hlib and
Excited to hear @jaybradner, @Amgen CSO, deliver a student-hosted seminar @StanfordUChem. Thank you for spending the day with our trainees 🙏
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This weekend, Jennifer and I ride a reimagined @PanMass Challenge for @DanaFarber. A solitary, reflective ride honoring all who bravely and quietly fight cancer, supporting the search for clues and cures. #PMC2020
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Activation of STING by intermolecular glues, from NIBR Chemical Biology & Therapeutics. Another terrific example of induced multimerization, akin to NLRP3 but here for complex activation. Stay tuned….
A new paper reports the discovery of compounds called NVS-STGs, which bind to the N-terminal domain of STING and act as a molecular glue to induce higher-order oligomerization and activation. Free to read link at
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Honored to be included in @NatureBiotech’s translational researchers list, with so many I have admired for so long, and very glad our chemical probes from @DanaFarber & @Harvard have helped the scientific community
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NIBR-Weston, aka the Bradner Academy Rock Room. Would love to see your #WFH pics. #ScienceFromHome
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Amazing work from NIBR’s collaboration with @DanNomura & team @UCBerkeley introducing DUBTACs -- a new modality that *stabilizes* target proteins - thus a potentially new class of medicines targeting heretofore intractable proteins, out in @nchembio:
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Gravely concerned about the earlier incidence and disproportionate and escalating mortality of Colorectal Cancer in young adults. Must screen earlier, systematically. Must understand and influence exposure (food, alcohol, other). What is needed @NCIDirector and @KimmieNgMD?.
✳️Colorectal cancer is now the leading cause of cancer related death among males aged 20-39 and 40-49 ‼️It was third among 20-39 age group last year. ✳️ Concerning trend is also seen in young women; CRC related death and will likely surpass breast cancer in near future @OncoAlert
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Going after the undruggable has always been about “breaking the rules of what we thought would be druggable.” Learn more about the potential of TPD in @NatureNews, via @Scudellari: .
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I have to agree with Ben Cravatt: “covalent ligands in #drugdiscovery are here to stay.” Remarkably detailed article in @cenmag on the century’s-long evolution of covalent drug development and where the field stands 👇
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Is there an extended cut to this interview? I could listen to @SchreiberStuart all day long.
During #DrugDiscoveryDay @RLCscienceboss had an in-depth discussion with @arenabioworks co-founder @SchreiberStuart around small molecule drug discovery, AI in chemical biology, & new models of funding science. Watch this conversation & more On Demand:
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The flag has been raised on our Cambridge campus to kick off #PrideMonth. We support our LGBTQ+ community and, now more than ever, are reminded of the importance of June’s celebration of diversity, inclusion and acceptance.
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Are we over-invested in cancer R&D? A gut-check moment for our industry, considered in my blog post here #AACR18
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The Cancer Dependency Map, a new open source browser from the @BroadInstitute nicely including NIBR datasets. Dig in! #AACR18
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Leaves changing, heart pounding. PMC Unpaved charity gravel ride in The Berkshires for @DanaFarber. Moving to ride with DFCI heroes and patients, NIBR scientists and new friends. @PanMass
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“Consensus changing” chemical biology at its finest, a new approach to modulating gene control. Neormorphic covalent ligands redirect the intently studied FOXA1 transcription factor, and instruct on pioneering functionality. A first TF-DNA glue? Way to go @Michael_A_Erb and Ben.
Together with the Cravatt group, we have a new manuscript out reporting the chemoproteomic discovery of covalent FOXA1 ligands that bind its DNA-binding domain, corrupt its motif preferences, and redistribute it on the genome. 1/11
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As a postdoc with @SchreiberStuart I was obsessed with the aggresome - but pivoted to gene control as an investigator. Still follow that literature, though, and this here is a nice story about aggresome biology and protein homeostasis in HSCs.
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A brave, beautiful and deeply personal experience at the intersection of genotyping and identity, by the incomparable @SchreiberStuart in @HarvardMagazine.
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Gravity-changing advance from @IsomorphicLabs and @GoogleDeepMind on AI-enabled drug discovery. Entering the "AlphaFold 3" era, now with protein-protein, protein-DNA and small molecule capabilities (also markedly improved primary structure prediction). The rising tide is just.
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Proud to share our new research suggesting that protein networks in our blood communicate between organs, tissues and cells to regulate disease. More on the study, new published in @ScienceMagazine
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