Emily Trimm

MD-PhD student in Biophysics @Stanford Excited about science that goes against the flow | Red-Horse Lab | Hertz Fellow

[Emily Trimm @EmilyTrimm]

It was an honor to learn from the amazing patients and their families at the @n_lorem Nano-rare Patient Colloquium this week. Their stories were a powerful reminder of why I chose to pursue the physician scientist path. Excited for potential @HertzFoundation partnership.

[Emily Trimm @EmilyTrimm]

Beautiful paper and exciting news for reproductive medicine!

[HaiYang Wang @HAIYANGWANG6]

My paper on rejuvenating aged oocytes has been selected as the cover story for the latest issue of @NatureAging! 🌟 Grateful for this recognition! @MBIsg @ACRLE_NUS @NUSingapore #Oocyte #IVF #ReproductiveLongevity #AgingResearch
https://t.co/hrSFAIuWdy
https://t.co/LBesSQdOuN

[Emily Trimm @EmilyTrimm]

@adonisrubio99 @HHMINEWS @cobarnes27 @BarnesLab1 Amazing news!! Congratulations Adonis

[Emily Trimm @EmilyTrimm]

I first became excited about tunneling nanotubules at the ASCB/EMBO meeting in 2017! Thrilled to learn about their functional roles in vascular growth.

[Juan Melero-Martin @MeleroMartinLab]

Our latest @Nature paper is out! We show that transplanting mitochondria into endothelial cells boosts their ability to form blood vessels in ischemic tissues, with mitophagy as the key mechanism. A potential game-changer for vascular cell therapies. https://t.co/ViscFIc9sv

[Juan Melero-Martin @MeleroMartinLab]

Our latest @Nature paper is out! We show that transplanting mitochondria into endothelial cells boosts their ability to form blood vessels in ischemic tissues, with mitophagy as the key mechanism. A potential game-changer for vascular cell therapies. https://t.co/ViscFIc9sv

[Emily Trimm @EmilyTrimm]

Happy to watch so many of my amazing classmates match into their dream programs this morning at #Match2024 @StanfordMed

[Emily Trimm @EmilyTrimm]

@AarrenMannion Congratulations Aarren!

[Emily Trimm @EmilyTrimm]

This might have been my favorite start to lab meeting yet!

[Emily Trimm @EmilyTrimm]

Excited to see the first paper from @TakashiAkeraLab ! They identify a mechanistic basis for reproductive isolation by analyzing chromosomes from hybrid mouse oocytes. Beautiful and important work.

[Takashi Akera @TakashiAkeraLab]

Our first research paper is now published at nature! 🎉🐭🔬We found that F1 hybrid female mice can have defective chromosome condensation in oocytes, creating a reproductive isolating barrier. Congrats again to our postdoc, Warif El Yakoubi🎊
https://t.co/olybynbVwQ

[Emily Trimm @EmilyTrimm]

@dinara_shr @GRCBiomechanics @silkybubble @KimvdHeiden E222(&9

[Emily Trimm @EmilyTrimm]

Congratulations to @jamieboz31 for a great final presentation of her work in the Red-Horse lab with @StanfordCVI this summer. It’s been a pleasure to be your mentor. We miss you already!

[Emily Trimm @EmilyTrimm]

@das_arunika @CornellRepro @cornellvet I world love to! I’ll let you know if I’m in the area

[Emily Trimm @EmilyTrimm]

Walked to the rain to find out that lobster was on the menu! Great end to #2023GRCbiomechanics

[Emily Trimm @EmilyTrimm]

@GRCBiomechanics

[Emily Trimm @EmilyTrimm]

Learning a ton from my first @GordonConf on Biomechanics in Vascular Biology and Disease @MountHolyoke . Great talks and even better people. Excited to share some new work from the @kristyredhorse lab later today!

[Erin Soon @ErinSoon_]

Very excited to have our work out in @Nature today – a huge effort with @MikeAngeloLab @Inna_Averbukh @ShirleyGreenba1 @_hubmap 🤰🤰

Check it out here! https://t.co/TfsDgpcCs6

[James Cranley @JamesCranley]

Very pleased and proud to see our work out in @Nature https://t.co/hYgp84MZOM

Also great to be at #HCA2023GM Toronto with @kazukane as it goes live! @humancellatlas

The preprint tweetorial lays out the key findings in detail, but here are the headlines...

1/n

[Emily Trimm @EmilyTrimm]

@lori_dersh @kaltschmidt_lab @NeoPascaLab Congratulations Lori! @StanfordMSTP

[Lori @lori_dersh]

Was a privilege to work with @kaltschmidt_lab and @NeoPascaLab to interrogate human fetal gut physiology and think about ways to enhance GI motility for preterm babies!