The Gregory lab @DukeU studies disease mechanism using scRNAseq & spatial molecular technologies. Focus on brain tumors, Alzheimer's and MS 🧠 Home to #DukeMGC
At #ASHG26, Gregory lab PhD student, Emma Hatchell, presented her poster 'In Situ Sequencing Reveals Distinct Host-Herpesvirus Microenvironments in #MS Spinal Cord Lesions', leading to some great discussions. We love sharing our work 🧬🧠
#Xenium#MultipleSclerosis#Herpesvirus
Atera has arrived—and it keeps getting better with a new dataset. Try the new desktop 10x Genomics Explorer software, and see what FFPE human kidney reveals with spatial whole transcriptome analysis. Check them out now: bit.ly/3TAmc8Y
With Atera, researchers can explore biology at greater depth and scale, allowing them to ask much more complex questions about human health and disease. Hear from Dana Pe'er, PhD, of @MSKCancerCenter on what’s possible with Atera, and discover Atera: bit.ly/47R1tAY
How wonderful it was to see five of our inaugural Video Contest winners at the Lasker Award celebration last week!
📸 From left to right: Sai Krishna Bhamidipati (@sighkrishna29), Dimitri Seneviratne, Max Bucklan, Colette Benko (@benko_colette), and Lindsey Ramirez (@Dr_Ramirez_).
Learn more about these winners and the Video Contest: laskerfoundation.org/meet-th…
ALT Five Lasker Video Contest winners, Sai Krishna Bhamidipati, Dimitri Seneviratne, Max Bucklan, Colette Benko, and Lindsey Ramirez, posing in an elegant room with ornate walls and a chandelier at the Lasker Awards Luncheon event, smiling at the camera.
Thank you to everyone who came out to the #DukeSCI Colloquium! It was a great day filled with awesome science, good conversation, and opportunities for new collaborations. We already can't wait for next year🤩🧬
A special thank you to our keynote speakers @RongFan8 & @junyue_cao
Meet Sicheng Jing, a Master's student from @DukeBiostats. Following her B.S. in #Bioinformatics from @UCSanDiego, she is studying computational #genomics, transcript isoforms & protein structure in #neurological diseases. 🧬
Sicheng enjoys trying new recipes, and watching anime.
We’re hiring! Join the Hickey Lab at Duke as a full-time Research Assistant developing reproducible agent-based models of human tissues. We seek experience in Python, computational modeling, and biology. 1–2 years, Durham, NC. Apply/share: forms.gle/Abfbwb4B8a8WycGF6
Anticipated in early 2027, the #DukeMGC will offer the @10xGenomics#Atera platform!🧬
Specs:
- 1.3x #Chomium sensitivity
- greater resolution than #VisiumHD
- x2 #Xenium capture area size
- lower cost per tissue than #Xenium
- targeted & WT (18k genes) assays
- FF or FFPE
If bioinformatics queues are slowing down your research, this course is for you. 8 weeks to learn #singlecell and #insitu spatial analysis with 10x pipelines and community tools. Apply now for the Oct. 5th cohort ➡️ bit.ly/4gurgmt
🚨 We’re hiring! PhD position in **computational biology, single-cell & spatial transcriptomics, and neuroimmunology** at @UKMuenster.
Join our team and study immune mechanisms at brain borders & peripheral nerves. 🧠🧬
Apply here 👇
jobs-sf.ukmuenster.de/job/UK…
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✨The SenNet program aims to map and characterize senescent cells across age, tissue, and species. Discover research and opinion emerging from the SenNet project in a new cross-journal collection in the Nature portfolio ✨nature.com/immersive/s43587-…
Did you know that the #DukeMGC now offers @illumina#SingleCell 3' RNA Prep?
Cells too big for microfluidics? Low cell numbers? Illumina is the answer!
Reach out to us to schedule a project consult or chat project details: DMPI-MGC@dm.duke.edu
illumina.com/products/by-typ…
Spatially resolved transcriptomic technologies continue to enhance understanding of development and disease through a feedback loop involving academia and industry
go.nature.com/4wZ9qim
🏆Congratulations to Max Bucklan, one of six winners of the inaugural Lasker Video Contest!
Max is pursuing his PhD in the @DukeU Program in Genetics and Genomics. In the lab of Simon Gregory, Max uses leading-edge transcriptomic technologies to study the mechanisms of atypical teratoid/rhabdoid tumor, an aggressive and rare pediatric brain cancer.
@jclinicalinvestpiped.video/orbdyT5L5Xw