Dr. Pam R

Dreamer by day, scientist by night at the Red-Horse Lab @Stanford 🤍🔬 | Prev. @GladstoneInst @Cal

[Dr. Pam R @PamR33]

"Among all the uncertainty, you can always count on awesome science to make you smile. Check out our latest @CellCellPress interdisciplinary endeavor—a reminder that we all have a 🫀, whether right-dominant or not! https://t.co/ldPFuvMdTn

[Dr. Pam R @PamR33]

I am a fan of @ifanirene work. This is an incredible study, featuring one of the most iconic Peruvian (and Andean) animals, the Cuy (guinea pig). Congratulations!

[Irene Xiaochen Fan @ifanirene]

Why do guinea pigs have so many natural bypass arteries?

In our preprint, we use this ischemia-resistant mammal + in vivo Perturb-seq to ask how protective collateral arteries are built.

The surprise: more collaterals may come from turning down “artery repressor” pathways, including WNT, hypoxia-response, and TCA cycle.
Knocking down selected repressors increased pial collaterals in mouse brain.

@RonghaoZhou @kristyredhorse @jengreitz @BRaftrey @PamR33 @ChenMaggieSY

https://t.co/mZUZXyzRH9

[Andres Moreno-Estrada @morestrada]

Latin American genomics is on fire! 🔥. Now is the genetic diversity of South American genomes in the cover of @Nature! Great work by @MacsCastro and @hunemeier_t's research team! Congrats!👏 https://t.co/CXZPcT6aEc

[Dr. Pam R @PamR33]

Outstanding work from an outstanding grad student @jameszsci

[James Zwierzynski @jameszsci]

Excited to share our preprint, reviving @kristyredhorse's interest in the placenta from her PhD ~20 years ago! We find using 3D imaging that the mouse placenta is far more invasive than previously thought. Furthermore, we find a surprise from our favorite chemokine CXCL12...🧵:

[Chris Combs (iterative design enjoyer) @DrChrisCombs]

ARTEMIS II AS SEEN BY THE OFFICIAL NASA CESSNA

THIS IS THE BEST LAUNCH VIDEO AND IT ISN'T CLOSE

[Eric Topol @EricTopol]

The AI Scientist, a new @Nature article making the case:
"The dawn of a new era in which the process of discovery is no longer a solely human pursuit and in which the pace at which we are able to reap the harvest of scientific discovery could accelerate dramatically."
https://t.co/tGFNy2MQ5N

[Nature Methods @naturemethods]

Can a deep learning model know your data well enough to predict missing parts? InterpolAI accurately interpolates synthetic images between pairs of authentic images to “repair” tissue damage and reduce stitching artifacts across modalities. @deniswirtz https://t.co/iCpyNEphnY

[Dr. Pam R @PamR33]

Oof Fridays are starting to be my least favorite day

[Dr. Pam R @PamR33]

@lynsey3D @CellCellPress Lynsey! Hi! Haha thank you:)

[Dr. Pam R @PamR33]

"Among all the uncertainty, you can always count on awesome science to make you smile. Check out our latest @CellCellPress interdisciplinary endeavor—a reminder that we all have a 🫀, whether right-dominant or not! https://t.co/ldPFuvMdTn

[Dr. Pam R @PamR33]

@AkassoglouLab @CellCellPress @Stanford Thank you Katerina!

[Dr. Pam R @PamR33]

I had the privilege of working with such talented scientists @jiayan_zhou03 @ifanirene @ZanettiD_ @ShoaClarke @tassimes @kristyredhorse

[Dr. Pam R @PamR33]

Definitely @suhaasaz

[Itai Yanai @ItaiYanai]

Doing good science is 90% finding a science buddy to constantly talk to about the project.

[Dr. Sedona Murphy @SedonaMurphy]

I'm able to hire a second post-grad! If interested, please send me a cover letter + CV by October 1st

[nature @Nature]

Nature research paper: Fibrin drives thromboinflammation and neuropathology in COVID-19 https://t.co/bVNUf6tLRJ

[NAVBO @vascularbiology]

Tomorrow!! Join us for the #InFocusSession on Regulation of Endothelial Identity!! 🫸🫷💪😁

Register and details👉 https://t.co/2OHoe7JLTY

[Dr. Sedona Murphy @SedonaMurphy]

The most exciting implications of my work is a layer of cell type specific epigenetic memory regulation through chromatin organization. Instead of a euchromatin and heterochromatin binary, differing degrees of chromatin stability may help to regulate plasticity:

[Soumyashree Das @Soumya3693]

Pre-print Alert! Intra-vital imaging of embryonic brains reveals pial collateral development by artery tip extension. @NCBS_Bangalore @vascularbiology @surajk23 @niloufershan @Swarnadipg98 @Vinayak5iv @DwariManish
https://t.co/0OPM61nlVb

[Dr. Pam R @PamR33]

@l_obrien_lab @P_NGUETTA @S_Ray_09 Congratulations @P_NGUETTA ! Your images are 🔥🔥🔥

[Dr. Pam R @PamR33]

@jali_dj

[Dr. Pam R @PamR33]

@Jobby1kanobi Congratulations 🍾