
Shabnam Massah
@shabnammassah
MSFHR Postdoc @UBC & @VanProstateCtr. Interested in Cancer genomics and epigenomics
ID: 1185188975046053888
18-10-2019 13:41:02
16 Tweet
32 Followers
199 Following

Congratulations to our Centre's @msfhr 2020 award recipients: Dr. Faraz Hach has received a MSFHR Scholar award; Francesco Gentile (Cherkasov lab) and Shabnam Massah (Buttyan lab) have received MSFHR Trainee awards msfhr.org/2020-research-โฆ





Join Jane Foo, Shabnam Massah and Nicholas C Pinette from #LallousLab at #AACR2023 to learn more about our work on AR phase separation in #prsotatecancer (poster #5292), the interplay between ER and Gli in #breastcancer (poster #3080) and novel inhibitors of ER (poster #3079).

Check out my poster where I will be discussing my research on the interplay of GLI and estrogen receptor in #breastcancer growth, funded by Michael Smith Health Research Michael Smith Health Research BC. ๐ฉโโค๏ธโ๐จ๐ฅฐโค๏ธ , Monday April 17 from 1:30-5:00 pm at poster section 29, poster board number 19.

Very excited to give a presentation today about our work Nada Lallous on AR and AR-V7 phase separation at the annual Biophysics Society of Canada conference #BSC 2023.


Iโm very excited to be in Heidelberg to attend EMBL transcription and chromatin conference. Checkout my poster#179 tomorrow where I will discuss our work Nada Lallous on androgen receptor transcriptional condensate in prostate cancer Nada Lallous,#EMBLTranscripts Michael Smith Health Research BC


Check out my poster (#179) today @EMBL #EMBL Transcript where I will be discussing our work @nadalallous on androgen receptor variant 7 condensates in prostate cancer Nada Lallous Michael Smith Health Research BC

So excited to be part of the Girls and STEAM summit Science World today! We are ready to meet our potential future scientists soon! #STEAMForAll #FutureInnovators #DiversityInSTEAM #GirlsInSteam #StrongSmartBold #ScienceWorldVancouver #ScienceWorldca


Excited to share our preprint from Nada Lallous lab on AR-V7 transcriptional condensates on bioRxiv! We explored AR-V7-mediated condensate-dependent and -independent transcription in CRPC models, examining their expression dynamics and binding site density biorxiv.org/content/10.110โฆ