Amanda Ya
@_AmandaYa
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PhD candidate @MCBDartmouth 🧪 | Doing science with @godeklab @comptonmitosis 👩🏻🔬| Stem cell enthusiast 🔬 | She/her
Joined September 2022
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Online now Cyclin A/Cdk1 promotes chromosome alignment and timely mitotic progression! Great work by @sarahvalleys, @bural_shrea, and @comptonmitosis uncovering new roles of Cyclin A in early mitosis.
molbiolcell.org
To ensure genomic fidelity, a series of spatially and temporally coordinated events is executed during prometaphase of mitosis, including bipolar spindle formation, chromosome attachment to spindle...
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Our latest research about the role of Cyclin A/Cdk1 in early mitosis is online now! Very proud of this work and everyone involved @sarahvalleys @bural_shrea @GodekLab. Give it a read! https://t.co/6aVBebiXYW
molbiolcell.org
To ensure genomic fidelity, a series of spatially and temporally coordinated events is executed during prometaphase of mitosis, including bipolar spindle formation, chromosome attachment to spindle...
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🎉 Congratulations to Dr. @AsmaaMohamed_23 from the @huang_yina Lab @DMS_MicroImmuno on successfully defending her thesis today!! 🥳
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Chenhui's successful defense marks the 21st student to graduate from the Compton Lab🥂Bonus points for being the very first student to graduate from the @GodekLab! Congratulations @chenhui_deng 🎓
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New preprint alert! 🚨 Cool new work from MCB students @_AmandaYa and (soon to defend!) @chenhui_deng and @GodekLab in @DartmouthBCB! 🧬🔬🧑🔬
Check out the latest findings and surprises from the dynamic duo of @_AmandaYa and @chenhui_deng on how pluripotent stem cells respond to aneuploidy and cell competition between diploid and aneuploid pluripotent stem cells! https://t.co/zDXpg08OOF
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Check out the latest findings and surprises from the dynamic duo of @_AmandaYa and @chenhui_deng on how pluripotent stem cells respond to aneuploidy and cell competition between diploid and aneuploid pluripotent stem cells! https://t.co/zDXpg08OOF
biorxiv.org
Human pluripotent stem cells (hPSCs) maintain diploid populations for generations despite a persistently high rate of mitotic errors that cause aneuploidy, or chromosome imbalances. Consequently, to...
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🎉 Kudos to the @GodekLab on their Prouty Pilot Grant from @DartmouthCancer! 🧬🔬🧑🔬 And another familiar face on the poster is MCB @DartGRAD student @_AmandaYa! @DartmouthBCB
Congratulations to @GodekLab for their Prouty Pilot Grant from @DartmouthCancer! The work from this project will help to identify how aneuploid cells are able to persist and grow and lead to knowledge on how to effectively target them. Way to go!
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Congratulations to @GodekLab for their Prouty Pilot Grant from @DartmouthCancer! The work from this project will help to identify how aneuploid cells are able to persist and grow and lead to knowledge on how to effectively target them. Way to go!
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Wonderful Research in Progress Seminar by Shrea today! Great job!
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New Preprint alert! 🚨 Recent MCB @DartGRAD alum @sarahvalleys leads this work with @GodekLab and @comptonmitosis to describe how CyclinA/Cdk1 promotes chromosome alignment in prometaphase and a timely mitosis ⏱️🧬 @DartmouthBCB
New year, new preprint from @sarahvalleys and @comptonmitosis on how Cyclin A/Cdk1 activity regulates early mitosis to ensure faithful chromosome segregation.
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Starting off the year with a new preprint! Check out our latest work about how Cyclin A/Cdk1 promotes chromosome alignment and ensures timely mitotic progression. This amazing research is the proud product of @sarahvalleys' PhD work! https://t.co/GQ5BpGRNjl
biorxiv.org
To ensure genomic fidelity a series of spatially and temporally coordinated events are executed during prometaphase of mitosis, including bipolar spindle formation, chromosome attachment to spindle...
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New year, new preprint from @sarahvalleys and @comptonmitosis on how Cyclin A/Cdk1 activity regulates early mitosis to ensure faithful chromosome segregation.
biorxiv.org
To ensure genomic fidelity a series of spatially and temporally coordinated events are executed during prometaphase of mitosis, including bipolar spindle formation, chromosome attachment to spindle...
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#cellbio23 in the books. Shared and learned lots of exciting new science. And of course had fun with @_AmandaYa and @chenhui_deng!
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That's a wrap on #cellbio2023! It was an amazing few days of science and connecting with colleagues and friends. Great job to @chenhui_deng and @_AmandaYa on representing the lab through posters and talks. See everyone next year!
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At #cellbio2023? Check out a talk this afternoon by MCB @DartGRAD student @_AmandaYa (@GodekLab @comptonmitosis @DartmouthBCB)! Details: Session 3:30-5 in 252B, Amanda's talk 3:45!
Join us in room 252B from 3:30-5PM to hear some incredible work being done in the stem cell field!
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Join us in room 252B from 3:30-5PM to hear some incredible work being done in the stem cell field!
In case you missed @_AmandaYa poster yesterday at #cellbio2023 come to her talk this afternoon during the navigating stem cell fate and tissue-specific function session. See you there!
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In case you missed @_AmandaYa poster yesterday at #cellbio2023 come to her talk this afternoon during the navigating stem cell fate and tissue-specific function session. See you there!
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Having a great time at #cellbio2023! Today, I will be presenting my poster at board B688 from 12-3PM! Tomorrow, I will be giving a more detailed talk on this same work during the Navigating Stem Cell Fate and Tissue-specific Function Minisymposium at 3:45PM.
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