Dormancy, the sleepy word, is good for some animals but not for women with hormone receptor-positive breast cancer. In this review, we summarize the current status and the need for better models to study cancer dormancy.
The Wicha Lab is looking for a postdoc interested in working on projects at the intersection of breast cancer stem cells, chromatin structure, and cellular reprogramming. If interested, email ([email protected]) or apply at https://t.co/nHKA9Krkan posting 196874
We have two postdoc positions to investigate the role of cancer stem cells and immune cells in regulating the biology of cancer metastasis. Please check and write to me if you have research experience in cancer stem cells or immunology, or both. https://t.co/vsZ1dbMfON
Please RT: Our lab has openings for two postdoctoral research associates to work on projects focused on the role of microenvironment in cancer progression, drug response and resistance. Details and how to apply: https://t.co/ywpxHJQFWc
@BMESociety@MetastasisRS@AACR
Prof. Max Wicha (https://t.co/bBX84oGu2X) and I are hosting a symposium on Stem Cells and Tumor Dormancy on 10th Feb 2021 with pioneers in this area. @RobClarkeLab; @LarryNortonMD; @eriksahailab; @lonniesheaUM; Free registration @ https://t.co/OC0DzNoj7c
Prof. Max Wicha (https://t.co/e49hc4Jjnn) and I are hosting a symposium on Stem Cells and Tumor Dormancy on 10th Feb 2021. Free registration @ HTTP: / /DORMANCY.RSVPIFY.COM https://t.co/iputeBAFpu
Final co-first-author paper from #SheaLab@lonniesheaUM published in Biomaterials! We used implantable biomaterial scaffolds to detect metastasis in spontaneous mouse models of pancreatic cancer and breast cancer https://t.co/3Sacuis94U
This is incredible. And I absolutely love how many great #AI in #health publications are making their way into top journals these days https://t.co/B30zrd4n83
Interesting combination of synthetic biology to create calcium sensing cells and cell encapsulation to create a bioactive implant that is responsive (changes pigment) to high calcium levels in some forms of cancer. https://t.co/TDJvrrPV48
Interested to see how this approach will intersect with cancer metastasis and neurodegenerative studies. Would Hu metastatic cells preferentially colonize the organoid over Ms neural tissue? https://t.co/ndtLamsDqX
With all the trial and error is #science, it can be discouraging when it's so often error. Kristina, a computational chemist, finds that the myth of geniuses hurts science and puts too much pressure on curious minds. #phdchat#scicomm https://t.co/wT1OOD9cYx