UCSF Bakar ImmunoX Initiative
@immunox.bsky.social
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First-in-class program nucleating #immunology research at UCSF to treat human diseases. Please follow and like: http://facebook.com/ImmunoX
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immunox.bsky.social
At UCSF, ImmunoX brings scientists, doctors, and students together to share ideas and improve health. With over 140 faculty and 500 trainees across many disciplines, we’re growing fast and collaborating locally and globally. We’re excited to share more about our people and the impact of our work.
Group of physicians gathered and looking at a computer. There's a pink text box in the top left corner that reads: 'Harnessing immunology to improve human health'.
immunox.bsky.social
Breaking Down Biology is a blog designed to democratize science by explaining recent scientific discoveries with everyday language. Read Soham's summary and listen to the interview here: www.breakingdownbio.com/breakingdown...

Publication link: jamanetwork.com/journals/jam...
immunox.bsky.social
🫀How does chronic cannabis use affect your vascular health?

To explore this question, Soham Ray, MSc, sat down with Drs. Leila Mohammadi, MD, PhD, and Matt Springer, PhD. Click the links below to learn what their conversation uncovered about risks, insights, and future directions.
Blue background with floating blue and pink cells. ImmunoX logo centered at the bottom. A navy box below reads: ‘Science is for everyone. Breaking Down Biology Blog.’ An infographic titled “Impact of Chronic Cannabis Use on Vascular Health” shows three blood vessels side by side:

None (baseline/healthy): The leftmost vessel is wide with many healthy red blood cells flowing smoothly, representing normal endothelial function and vascular health.

Occasional: The middle vessel remains open with red blood cells flowing, showing no detectable long-term dysfunction from occasional cannabis use.

Frequent: The rightmost vessel is narrowed with fewer red blood cells passing through, illustrating endothelial dysfunction and impaired vascular health associated with chronic cannabis use.

The caption at the bottom notes: “Cannabis Smoking and THC-Edible Use Frequency.”
Reposted by UCSF Bakar ImmunoX Initiative
ucsfmicrobiome.bsky.social
Shoutout to everyone who came through for the BCMM and @immunox.bsky.social social hour! Chill vibes, fun games, and good times with the community. 🙌🧬 #UCSF
people playing games indoor
immunox.bsky.social
National Cancer Institute (NCI) Childhood Cancer Statistics: www.cancer.gov/types/childh...

Connect with the Saba Lab: sabalab.ucsf.edu

More Information on Swim Across America: www.swimacrossamerica.org/site/SPageSe...
immunox.bsky.social
🎗️Nearly 41 children and adolescents in the US are diagnosed with cancer every year (NCI).

In honor of childhood cancer awareness month, we spoke with Dr. Julie Saba to learn more about her advocacy in the field.

Listen to the interview here❕👉 www.instagram.com/reel/DOKVBRu...
immunox.bsky.social
Breaking Down Biology is a blog designed to democratize science by explaining recent scientific discoveries with everyday language. Read Alessandra's summary and listen to the interview here: www.breakingdownbio.com/breakingdown...

Publication link: pubmed.ncbi.nlm.nih.gov/39842437/
immunox.bsky.social
What if the uterus has a molecular clock to measure pregnancy length? Drs. Tara McIntyre and Adrian Erlebacher discuss their gene-regulation ‘timer’ discovery in mice with Alessandra Veinbachs. Click the links below to learn how this mechanism could reshape our understanding of gestational timing.
Blue background with floating blue and pink cells. ImmunoX logo centered at the bottom. A navy box below reads: ‘Science is for everyone. Breaking Down Biology Blog.’ Schematic showing a molecular mechanism in the uterus of a mouse: To test the role of KDM6B (and gene regulation more generally) in determining labor timing, the researchers created mice that lacked the histone demethylase KDM6B in cells of the uterus called uterine fibroblasts. They found that, compared to control mice, those lacking KDM6B had a delayed drop in P4 and gave birth several days later. This suggested that without KDM6B, the uterus was unable to activate the gene program required to initiate labor at the proper time.
Reposted by UCSF Bakar ImmunoX Initiative
berkeleychemistry.bsky.social
Congratulations to our very own professor of chemistry, @jenniferdoudna.bsky.social, on being awarded the Priestley Medal! 🏅
cenmag.bsky.social
@acs.org is recognizing Jennifer A. Doudna with the Priestley Medal for her discoveries on ribozyme function, the Dicer RNase enzyme, double-stranded RNA processing, and CRISPR gene editing, along with her impactful international science leadership. cen.acs.org/people/award... #chemsky 🧪
Jennifer Doudna is named 2026 Priestley Medalist
The award recognizes the biochemist for discoveries on ribozyme function and CRISPR gene editing, and international science leadership
cen.acs.org
Reposted by UCSF Bakar ImmunoX Initiative
ucsanfrancisco.bsky.social
NIH-funded research tackles America’s toughest health challenges and creates jobs nationwide. Every $1 the NIH invests in research generates about $2.56 in new economic activity, from new jobs to spin-out companies. tiny.ucsf.edu/i9bINg
Every $1 the NIH invests, generates $2.56 in New Economic Activity
immunox.bsky.social
💉🧬 We're kicking off National Immunization Awareness Month with our faculty spotlight, Dr. Melanie Ott! Head to our Instagram to hear her take on how immunizations keep us safe—and how you can help to keep vaccines accessible for all: www.instagram.com/reel/DM_A9Sc...

@theottlab.bsky.social
Portrait cutout of Dr. Melanie Ott with her name and credentials above the image. Text to the left of this reads “Faculty Spotlight.” The ImmunoX logo is in the top left corner on an indigo-purple background with two multicolored circles along the right side. Connect with Dr. Ott:

Website: https://ottlab.gladstone.org/
BlueSky: @theottlab.bsky.social‬
immunox.bsky.social
We're so excited for our upcoming Computational Biology Initiative Hackathon on Thursday August 7th and Friday August 8th, 2025 where teams will work together to analyze the complex phenotypes of an inflammatory disease using single-cell sequencing data from human samples. Stay tuned for updates!
Three researchers collaborating at a previous ImmunoX Computational Biology Initiative (ICBI) Hackathon. They are gathered around a computer, looking at a dataset on the screen while one points at it.
immunox.bsky.social
Introducing our new Faculty Spotlight series!👨🏻‍🔬🧬 Meet Dr. @penghe.bsky.social, ImmunoX faculty member. Discover his research and what inspires him beyond the lab. Full Q&A on our Instagram, @ucsf_immunox.
Portrait cutout of Dr. Peng He with his name and credentials above the image. Text reads “Faculty Spotlight.” The ImmunoX logo is in the top right corner on a navy background with two multicolored circles along the right side. There is the ImmunoX logo in the top right corner and a Pikachu icon in the center of the panel. Text excerpt from Dr. Peng He’s Q&A interview displayed clearly on the same navy background with the multicolored circles: "I’m building a Pokédex of immune cell types and cell states across different parts of the human body—combining AI and cutting-edge experiments to map what’s there, how it’s organized, and what it’s doing in health and disease." Photo of Dr. Peng He seated in his office surrounded by many green plants. Text alongside the photo highlights his passion outside of research: "I love keeping and propagating plants. Watching them grow—especially from cuttings—reminds me of the quiet power of stemness and renewal. There’s something deeply satisfying about nurturing life and seeing how resilient and adaptable nature can be, even on a windowsill." Connect with Dr. He:

Website: peng-he-lab.github.io
BlueSky: @penghe.bsky.social
immunox.bsky.social
CoProjects unite our community to study the immune system across diseases—sharing samples, data & tools to accelerate discovery. We're excited to announce the next group of funded projects & investigators! Learn more about this year's projects on our Instagram, @ucsf_immunox.
Graphic with a dark purple background and a transparent white rectangle centered. Inside the rectangle: the CoProjects logo at the top, followed by three rows of headshots of award recipients, and the Bakar ImmunoX logo at the bottom.

First row (L to R): Andrei Goga (MD, PhD), Joel Ernst (MD), Matt Kutys (PhD)

Second Row (L to R): Trevor Fidler (PhD), Peter Bruno (PhD), Adam Oskowitz (MD, PhD)

Third Row (L to R): Chris Allen (PhD), Mark Ansel (PhD), Monica Tang (MD)

Visit our Instagram for more information about their projects: @ucsf_immunox

For more information about the ImmunoX CoProjects, check out our website: immunox.ucsf.edu/coprojects
immunox.bsky.social
At UCSF, ImmunoX brings scientists, doctors, and students together to share ideas and improve health. With over 140 faculty and 500 trainees across many disciplines, we’re growing fast and collaborating locally and globally. We’re excited to share more about our people and the impact of our work.
Group of physicians gathered and looking at a computer. There's a pink text box in the top left corner that reads: 'Harnessing immunology to improve human health'.
Reposted by UCSF Bakar ImmunoX Initiative