In a step toward a #liquidbiopsy for small cell #lungcancer, a Fred Hutch team led @DMacPhersonLab and @GavinHa have developed an approach that can distinguish several #SCLC subtypes from blood samples. https://t.co/IeZVRe6nmp
So excited to share our work on tumor genomes of African ancestry in common cancers. We report several actionable associations, including a novel ancestry-smoking interaction impacts TP53 rate. More discoveries to come if we improve diversity in genomics! https://t.co/hfhO23PNmn
Congrats to Robert Patton for being awarded the @PCF_Science 2023 Young Investigator Award & achieving the top scoring application! Honored to be his co-mentor with PeteNelson. #PCFRetreat23
The #MahanFellowship supports young scientists in the early stages of their careers. We offer fellows a 21-month stipend as they pursue their proposed research project, alongside a mentor in one of our Herbold Computational Biologist labs. Apply today: https://t.co/X9IHSgIkJ6
Have you ever wondered if 3’UTR point mutations found in cancer patients matter? We’re excited to share our new publication out today @CellReports, where we’ve defined how prostate tumor 3’UTR mutations affect molecular & cellular oncogenicity. https://t.co/MhKM0S2uZW 1/n
Excited to share our recent work on KaryoCreate, a new method to engineer chromosome-specific gains and losses in human cells with @SteSantaguida and @GiuntaLab https://t.co/Eg7aEDAB7u Check out also recent similar and complementary work by @LensSusanne and @McClellandLab!
Attending the Major Symposium at #AACR23 about Liquid Biopsy? See the related paper published in @CD_AACR: Nucleosome Patterns in Circulating Tumor DNA Reveal Transcriptional Regulation of Advanced #ProstateCancer Phenotypes by @GavinHa and @Navonilde
https://t.co/rLrNZ00kcr
Fred Hutch is recruiting a faculty member for our #prostatecancer research program. Focus areas include primary prevention, etiology, genetics/genomics, epigenetics, tumor microenvironment, metastasis, development of novel therapeutics and more. Apply: https://t.co/shBLW17Ji6
In the March issue of Cancer Discovery—
Nucleosome Patterns in Circulating Tumor DNA Reveal Transcriptional Regulation of Advanced #ProstateCancer Phenotypes, by @Navonilde, Robert Patton, Peter Nelson, @GavinHa et al
https://t.co/8NvLtDOYlI
@fredhutch#LiquidBiopsy#cfDNA#ctDNA
Faculty position opening! Assistant or associate faculty professor in the @fredhutch Prostate Cancer Research Program! Broad research expertise considered (e.g., prevention, genetics/genomics, therapeutics): https://t.co/L4lAWPjz9X
@NewPI_Slack@FuturePI_Slack#prostatecancer
We have an open joint-postdoc position with @DMacPhersonLab to work on new computational approaches for studying #lungcancer using #liquidbiopsy. If you're interested in cancer genomics, LBx, AI or #PrecisionOncology, pls apply!
https://t.co/IN4uOWTRy0
Can an integrative approach reliably detect urine tumor DNA in localized #bladdercancer patients?
We addressed this in our latest paper, out now in @Nature_npj Precision Oncology.
https://t.co/ZujsTamd4H
@ZacharySmithMD@WashU_Uro @WashURadOnc @WashU_ctDNA @WashUDPS
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Thanks for highlighting this work on tumor subtyping from ctDNA. Congrats also to @Navonilde RobertPatton AnnaLisaDoebley and many collaborators @fredhutch@DanaFarber@StoverLab
A suite of new computational tools developed by Drs. @GavinHa and Peter Nelson at Fred Hutch could help scientists use liquid biopsies to get more information about tumor gene regulation. https://t.co/713Jjx1lns