Jocelyn Chen

PhD candidate at @MBPatUofT, lab of @MatLupien

[Jocelyn Chen @jocelynschen]

Had the fantastic opportunity to co-chair the rapid talks with @MatLupien. So much science, so little time!

[Canadian Epigenetics @CEEHRC]

The rapid fire talks are underway! If you want to hear more about these presenters' research, please go visit their posters tonight from 8 - 10PM. #CanEpi22 #IHEC2022

[Canadian Epigenetics @CEEHRC]

Épisode 2, entrevue avec Dr. Mathieu Lupien, maintenant disponible via Podbean, Spotify et Google Podcasts. Bientôt disponible sur Apple Podcasts.

https://t.co/m7KPzXi5ZG

#podcast #ThisisEpigenetics #Epigenetics #cancerresearch #trainee

[Céline Vallot @VallotCeline]

1/5 Our manuscript on early breast tumorigenesis is out on biorxiv https://t.co/zatWAfDRWb, @institut_curie @INSB_CNRS, impactful work led by @CamilleLandrag3 and @MelissaSaichi, great collaboration with @HeleneSalmon

[Céline Vallot @VallotCeline]

Our study on the role of repressive histone mark H3K27me3 in determining cell fate upon chemotherapy treatment is out! Congrats to Justine Marsolier, @PPrompsy and all authors and collaborators E.Marangoni @Perielab1 @institut_curie @INSB_CNRS

[Canadian Epigenetics @CEEHRC]

A recording of last Friday's #epigenetic seminar by Drs. Mathieu Lupien & Giacomo Grillo is now available:
https://t.co/d6ZrWz8w3s

Mark your calendar for the next #seminar in our series on March 25 @ 9 am PT / 12 noon ET by Dr. Pamela Hoodless from @BCCancer's Terry Fox Lab

[Canadian Epigenetics @CEEHRC]

A full-time #postdoctoral fellow position is available in the research laboratory of Dr. Nada Jabado at the Research Institute of @mcgillu Health Centre in Montreal, Canada.

Find out more:
https://t.co/WQGk3xQ7HG

#postdoc #postdocposition
#epigenetics #cancerresearch

[Mathieu Lupien @MatLupien]

A thread presenting my top 5 cancer & chromatin publications of 2021 (incl. 5a and 5b). Each was selected based on its influence on my team's research (another list contains "unrelated" top publications). If you don't see your work listed then it is likely in my top 10, share it.

[Jocelyn Chen @jocelynschen]

@tina_kesha 😭😭😭

[Cancer Research @CR_AACR]

Study by Hawley et al shows how the non-coding genome can be hijacked by focal insults to its three-dimensional organization that contribute to #ProstateCancer. https://t.co/8BaL2gW6Vw @jamesrhawley

[Mathieu Lupien @MatLupien]

Reorganization of the 3D Genome Pinpoints Noncoding Drivers of Primary Prostate Tumors https://t.co/U4CHefXAXX

[Jocelyn Chen @jocelynschen]

@jamesrhawley Congratulations, Dr. Hawley!!! 🥳🍾

[Jocelyn Chen @jocelynschen]

Wow, my first ever poster award! Big thank you to the organizers and presenters for the great meeting! @CEEHRC

[Canadian Epigenetics @CEEHRC]

The final wrap up to #CanEpi21 is announcing the poster award winners! Congratulations:
Rasim Barutcu @rassobar
Jocelyn Chen
Lisa-Marie Legault @LM_Legault
Sarfraz Shafiq
Gilberto Duran-Bishop @duran_bishop
Alexandra Langford-Avelar @AlexLangford15
Elizabeth Elder @eli__elder

[Daniel De Carvalho @decarvalho_lab]

Very proud to have this manuscript out! Great team work with @petr_sulc @bengrbm @SajidMarhon and many others. This extend on our previous work describing viral mimicry into a comprehensive theoretical framework. See Petr thread below:

[Cancer Research @CR_AACR]

Study by Hawley et al shows how the non-coding genome can be hijacked by focal insults to its three-dimensional organization that contribute to prostate cancer oncogenesis. https://t.co/lPzK22ELHv
@jamesrhawley

[Cedric🧬➰🧬Feschotte @CedricFeschotte]

Science 99% of the time

[Raymond Chen @rmzchen]

Our review's live! We discuss viral mimicry from historical perspective to exciting new research directions in cancer therapy+homeostasis. Can't thank coauthors @CharlesIshak and @decarvalho_lab enough for their patience and guidance as I try to figure out the whole science thing

[Daniel De Carvalho @decarvalho_lab]

Our review is out today in Cancer Discovery. Outstanding work by @rmzchen and @CharlesIshak highlighting the role of endogenous retroelements in cancer therapy and homeostasis https://t.co/0htrlWbhBp

[Princess Margaret Cancer Centre Research @PMResearch_UHN]

Researchers @pmcancercentre reveal how TFEB-mediated endolysosomal activity controls human HSC fate and how specific inhibitors induce apoptosis of AML stem cells by disrupting lipid homeostasis. Both studies are in the latest issue of @CellStemCell
https://t.co/k4uZJ6FNIz