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Philip Barbulescu

Graduate Student

Email: Philip.Barbulescu@mail.utoronto.ca

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@MartinLabUofT

- 49 days ago

@albertoxmartin: I am looking for a #PostDoctoral Fellow to study B cell biology and the DNA repair pathways that are associated with antibody diversification processes. More information about the position is available here: https://t.co/whp3QJ7j8k

h J R

@MartinLabUofT

- 135 days ago

@RichardDawkins: Give this woman a Nobel Prize. https://t.co/KQrjyvI2ez UPenn "told me that they’d had a meeting and concluded that I was not of faculty quality,” she said. ”When I told them I was leaving, they laughed at me and said, ‘BioNTech doesn’t even have a website.’”

h J R

@MartinLabUofT

- 193 days ago

Hard agree Ronaldo https://t.co/bsrY7vzMAy

h J R

@MartinLabUofT

- 305 days ago

@durocher1: Our human DNA damage network paper is finally out! See thread for updates on what changed since we posted our BioRxiv preprint last year! https://t.co/9Nmm4WjW2M https://t.co/0MAm7oVGqD

h J R

@MartinLabUofT

- 325 days ago

The latest study from our lab is now online @emboreports. SHLD2 Promotes Class Switch Recombination by Preventing Inactivating Deletions Within the Igh Locus. https://t.co/oo0sWZc8yN

h J R

@MartinLabUofT

- 332 days ago

@zha_lab: I am excited to launch the weekly Social DNAing webinar series on June 18,2020- a virtual meeting room for the genomic instability community. Check it out as https://t.co/8MUDs14F7c https://t.co/WEyg7m9ZR1

h J R

@MartinLabUofT

- 353 days ago

Marking the 20th anniversary of the discovery of Activation-Induced cytidine Deaminase (AID), we discussed the biochemistry, function and regulation of AID in Antibody Diversification in this new review @TrendsImmuno. https://t.co/RJbejtFEMq

h J R

@MartinLabUofT

- 1.0456928272451 year ago

Virtual celebration for Tey's recent paper and Alex's successful PhD defense. https://t.co/F6KvoMscg5

h J R

@MartinLabUofT

- 1.0711034690512 year ago

Our latest study just out @NatureComms by Tey Irrazabal et al. shows limiting oxidative DNA damage reduces microbe induced colitis-associated colorectal cancer. https://t.co/4HcZRBgxDa