#HirstLab - Twitter Hashtag

almost 2 years ago

The #HirstLab is investigating the underlying epigenetic mechanisms of FSHD, a rare type of muscular dystrophy that is difficult to cure. Learn more about their study: https://t.co/62pZuzvvM1 @ubcscience @UBCMicroImmuno

ubcmsl's tweet photo. The #HirstLab is investigating the underlying epigenetic mechanisms of FSHD, a rare type of muscular dystrophy that is difficult to cure.

Learn more about their study: https://t.co/62pZuzvvM1

@ubcscience @UBCMicroImmuno https://t.co/xSSVZWdyZj

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Michael Smith Labs @ubcmsl

almost 2 years ago

We'd like to extend a big congratulations to #HirstLab member Jing Yun Alice Zhu for her successful PhD defence!🎉🔬 Thesis title: Epigenetic determinants in T-cell differentiation and transformation @UBCGradSchool @ubcscience @UBCMicroImmuno @hirstma

ubcmsl's tweet photo. We'd like to extend a big congratulations to #HirstLab member Jing Yun Alice Zhu for her successful PhD defence!🎉🔬

Thesis title: Epigenetic determinants in T-cell differentiation and transformation

@UBCGradSchool @ubcscience @UBCMicroImmuno @hirstma https://t.co/CaAdhNq5pk

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Injae Chung @injae_chung

almost 3 years ago

Structural basis of a regulatory switch in mammalian complex I https://t.co/M9DwVdmxcd A tour de force by Dan & John!👏🏼 Using coupled vesicles, they finally clarify the enigma surrounding the cryoEM open/closed & biochemical active/deactive states of complex I #HirstLab @MRC_MBU

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James A. Letts @LettsScience

almost 4 years ago

Here is the link to the study of @NoorAgip @injae_chung @alsanchezmar @whitworth_lab #HirstLab https://t.co/IyHSHFaEBu

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James A. Letts @LettsScience

almost 4 years ago

Our interpretation of these states differs from that of the @whitworth_lab and #HirstLab. But that is exciting science! More work is needed to decipher what is going on here! Thanks to all involved in this work! @lashbt @EdwardOA_Lab @NoorAgip @injae_chung @alsanchezmar 10/10

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James A. Letts @LettsScience

almost 4 years ago

Overall the structure is similar to mammals with 43 total subunits identified. We also identify a previously unknown homolog of subunit NDUFA3. As was seen in a complementary study by @injae_chung @NoorAgip @alsanchezmar @whitworth_lab in the #HirstLab 3/n

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Injae Chung @injae_chung

almost 4 years ago

In collaboration with the @whitworth_lab, our latest @biorxivpreprint reports the #cryoem structures of #Drosophila melanogaster complex I: https://t.co/b7U39JENHh This work would not have been possible without fellow co-first authors @NoorAgip @alsanchezmar! #HirstLab @MRC_MBU

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Michael Smith Labs @ubcmsl

about 8 years ago

A big congratulations goes out to PhD students, Alvin Qiu from the #HirstLab and Mihai Cirstea from the @FinlayLab, on receiving the prestigious 2018 #Vanier Canada Graduate Scholarship! https://t.co/dzBkTrFCvC @UBCmedicine @ubcscience @UBCMicroImmuno

ubcmsl's tweet photo. A big congratulations goes out to PhD students, Alvin Qiu from the #HirstLab and Mihai Cirstea from the @FinlayLab, on receiving the prestigious 2018 #Vanier Canada Graduate Scholarship! https://t.co/dzBkTrFCvC @UBCmedicine @ubcscience @UBCMicroImmuno https://t.co/lsXRQbekIm

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Michael Smith Labs @ubcmsl

over 8 years ago

New publication from the @hirst_lab #HirstLab and the #HansenLab https://t.co/Apy0edZCjb

Nature Cell Biology @NatureCellBio

over 8 years ago

Eaves and colleagues analyse the heterogeneous molecular profiles and functions of CD49f human cord blood HSCs and report that a subset with CD33 expression has improved regenerative activity https://t.co/8JncSq3CcK