Caroline Gilmore

St. Jude Graduate School of Biomedical Sciences 🧪🧬🧫🦠🔬

[Graduate Student Action Network @GradAction]

📢 #AcademicTwitter Join our virtual Town Hall on Disability Justice in Higher Ed (Feb 25, 10:30AM PST) at the 36th Annual NAGPS National Conference: https://t.co/zTaYcLjzpE. Available as a free, standalone event. Program & panelists: https://t.co/TIoNs98wPI. Please retweet!

[Mike Dyer Lab @mikedyerlab]

Halloween success in the Dyer lab! @StJudeResearch @DnbResearch

[Kristin Wiggins @KristinWiggins1]

Our inaugural @stjudegraduate kickball team absolutely crushed it at our first game tonight. Proud to be a part of the Mighty Chondria - the Powerhouse of the Field. Shoutout to our Head Coach @SSCLabQuips and our Assistant Coach @acgilmore12 🧬 ☄️ 🧫 🏃‍♀️

[Kristin Wiggins @KristinWiggins1]

Congratulations to @acgilmore12 for a fantastic Brain Club presentation about all her latest telomere research! @stjudegraduate

[Jackie Norrie PhD @JackieLNorrie]

@acgilmore12 wins pi day! @MADyerLab

[Mike Dyer Lab @mikedyerlab]

Our latest manuscript is out in @NatureComms today! Grad student @victoriahonnell found distinct modules within a super-enhancer that are necessary for proper cell fate specification in the developing #retina @stjuderesearch #developmentalbiology https://t.co/dbaXvkDoS7

[Dolly Parton @DollyParton]

When her beauty is beyond compare with flaming locks of auburn hair 🚩🚩🚩

[Mike Dyer Lab @mikedyerlab]

Publication online today! We have created a human model of retinoblastoma using patient-derived iPSCs. Congrats to postdoc @JackieLNorrie and all who contributed. @StJudeResearch @NatureComms #ChildhoodCancer #AcademicTwitter https://t.co/Zlfyyh6pFN

[Communications Biology @CommsBio]

@acgilmore12 et al. created a 2D model for in vitro tumorigenesis that produces cell-generated gradients of oxygen and nutrients and simplifies live cell, immunofluorescent, and microscopic interrogation of cancer cell behaviour. https://t.co/1BQat7k8Pp

[bioRxiv @biorxivpreprint]

An in vitro tumorigenesis model based on live cell-generated oxygen and nutrient gradients https://t.co/lDd0dhd0sU #bioRxiv

[HHMI | Janelia @HHMIJanelia]

A new microscope technique shows cells’ fine structure in new detail. The method, developed by Eric Betzig, Harald Hess + colleagues, combines 3D super-resolution fluorescence microscopy and electron microscopy in whole cells. Published today in Science!
https://t.co/cGLUwNfx4y

[St. Jude Graduate School of Biomedical Sciences @stjudegraduate]

23 new grad students were officially welcomed into the St. Jude family at our 3rd convocation. Watch👇 @StJudeResearch #biomedicalsciences

[St. Jude Research @StJudeResearch]

As the third PhD cohort begins, our graduate school students participate in coursework, lab rotations, qualifying exams and doctoral thesis research. https://t.co/VSHmE2Rid7 #stjudegradschool

[Sarah Moore @saremoore]

Just some first years showing our love for St Jude! @StJudeResearch