📣The MacPherson lab @fredhutch is hiring a postdoc to study the biology of small cell lung cancer. We employ in vivo models, genetic screens and genomic approaches to understand + therapeutically target subsets of SCLC. $78K salary ⬆️ to >$90K after 2 yrs
https://t.co/pB0DbKd9ct
The Division of Human Biology @fredhutch is recruiting for a lab-based scientist at the Assistant or Associate Professor level. Come join a dynamic research community committed to pushing the boundaries of discovery in cancer biology. https://t.co/jAnG2L3YHJ
In work published in Science Advances, researchers in the @DMacPhersonLab used #CRISPRCas9 on #SCLC tumor cells to better model how tumors that initially respond to chemotherapy become resistant. https://t.co/ls80zdrdWD
📣The MacPherson lab @fredhutch is hiring a postdoc to study the biology of small cell lung cancer. We employ in vivo models, genetic screens and genomic approaches to understand + therapeutically target subsets of SCLC. $78K salary ⬆️ to >$90K after 2 yrs
https://t.co/pB0DbKd9ct
This work was possible only because of the contributions of our collaborators – Anish Thomas, @charlesrudin, Keith Eaton, McGarry Houghton, Caroline Dive, as well as SCLC patients and funding from NCI and @KuniFoundation 14/14
Our collaborative study with @GavinHa@fredhutch is out in @ScienceAdvances. Led by Joe Hiatt and Anna Lisa Doebley, we developed a liquid biopsy approach, SCLCpheno-seq, to classify SCLC subsets and distinguish from NSCLC based on analyses of ctDNA 1/X https://t.co/NXecntP4qF
Our fragmentomics approach complements other emerging strategies towards SCLC liquid biopsy phenotyping such as DNA methylation analyses and ChIPseq approaches. We advocate for broad application of different phenotyping approaches to patient samples 13/X.