Scott_Boyd_Lab_Stanford

Scott Boyd Lab for Human Immunology research at Stanford University

[Anshul Kundaje @anshulkundaje]

Immunera (startup cofounded with @zazius & @ScottBoydLab) is hiring senior ML researchers and engineers in NYC. We’re building blood tests powered by sequencing and protein language models. See below for more details. Please RT. 1/

[Prof Jeffrey S Morris @jsm2334]

A Stanford immunologist reviews the 181 page document that RFK provides as evidence supporting his statements that harms of mRNA vaccines outweigh benefits attempting to justify his decision to cancel contracts. https://t.co/LPz9ev7Wwo

[Neil Stone @DrNeilStone]

The HPV vaccine is CRUSHING cervical cancer and at this rate will eliminate it!!

An anti cancer vaccine. It's a medical miracle.

HHS Secretary RFK Jr is against it

[Google AI @GoogleAI]

Today, in collaboration w/ colleagues at the Institute of Science and Technology Austria (ISTA), we report the first-ever method for using light microscopy to comprehensively map all the neurons & their connections in a block of mouse brain tissue. More →https://t.co/i8wWRgPidU

[bioRxiv Genomics @biorxiv_genomic]

The human immunoglobulin heavy chain constant gene locus is enriched for large complex structural variants and coding polymorphisms ... https://t.co/t10HARSynI #biorxiv_genomic

[Scott_Boyd_Lab_Stanford @ScottBoydLab]

Will mostly be on Bluesky now. Same handle.

[MiLaboratories @MiLaboratories]

📢 Genome Research Update from MiLaboratories! 📢

We are happy to share that our latest research paper, "Ultrasensitive Allele Inference from Immune Repertoire Sequencing Data with MiXCR," is published in Genome Research.

Our team, in collaboration with @ScottBoydLab and @AMikelov , PhD from Stanford University, Corey Watson @ctwatson29 and Oscar L Rodriguez @olrodriguez_ from University of Louisville, Diego Ortmans and Souad Rahmouni from University of Liège, has developed a novel algorithm for highly sensitive and specific inference of variable (V) and joining (J) gene alleles. This breakthrough allows for the reconstruction of individual high-quality gene segment libraries, enhancing our understanding of allelic diversity in immunoglobulin (IG) and T cell receptor (TR) loci.

Check out our public database built using AIRR-seq data from 450 donors: https://t.co/F3yNiWDdGJ

Key highlights:

- Our algorithm is integrated into the MiXCR software, enabling high-throughput novel allele discovery.
- We assessed genetic diversity within IGH, TRA, and TRB loci across diverse populations using AIRR-seq data from 450 donors.
- A publicly accessible database of inferred alleles and their population frequencies has been established and made available at https://t.co/F3yNiWDdGJ .

A big thank you to all our colleagues and collaborators!

🔗 Read the full paper here: https://t.co/AtuqD3nFvW

[Monash University STM Department of Immunology @MonashImmunol]

Today the department's newly appointed lab head Dr Prasanti Kotagiri presented her work from @ScottBoydLab @Stanford - a fascinating talk about antigenic breadth in SARS‑CoV‑2 and Crohn's disease. What a terrific start to her time here, we can't wait to see what comes next!

[Anshul Kundaje @anshulkundaje]

To all budding compbio & ML folks interested in bio: Don't just only run behind the latest ML model hype train. The greatest long run impact will come by really assimilating prior bio/compbio literature with the goal of really understanding strategies for how to model biology. 1/

[Brett Baskovich, MD @drdoubleb]

These Captchas are getting out of hand #pathology #pathologists #captcha

[Marcos Vieira @Marcos___Vieira]

Antibodies are the product of evolution on two timescales: over millions of years in vertebrate populations, and within weeks of infection or 💉 in populations of B cells. We ask how those timescales interact in our paper out in @PLOSPathogens 🧵 1/n https://t.co/vRdGYYQwsU

[Scott_Boyd_Lab_Stanford @ScottBoydLab]

@Plasmacellguy Thank you for this overview. We have seen evidence that the RNA and spike antigen from SARS-CoV-2 RNA vaccines can also be retained in germinal centers for many weeks after vaccination. https://t.co/glq1L4lGkL

[Corey Watson @ctwatson29]

I am so proud of this effort driven by @olrodriguez_ . This has been a long time coming and I'm so delighted to finally see this paper published. So grateful for a truly amazing team and great collaborators @SmithLab_UofL, @marasco_wayne, & @ScottBoydLab https://t.co/fjq80uTuB7

[Corey Watson @ctwatson29]

https://t.co/aGQfyrUeHF

[Phan Lab @LabPhan]

1/ So proud of PhDs @AbigailGroot129 & @wunniess @GarvanInstitute @UNSWMedicine their first paper now out @CellCellPress. Amazing collab with Veera Panova & Oliver Bannard @UniofOxford, David Hume @UQMedicine, @tanmay_mitra_ @Helmholtz_HZI & many more.

https://t.co/TNLIJ4xeFl

[Luke O'Neill @laoneill111]

Science at its best- data from 28 Covid vaccine randomized trials vs placebo. 286 915 people in vaccination groups and 233 236 in placebo groups. Protection from hospitalization 95.4%. Protection from death 85.8%.

https://t.co/Tf2J3I8nka

[Anshul Kundaje @anshulkundaje]

@UlrikStervbo @ScottBoydLab + Maxim @zazius (his brainchild & largely his words) + the rest of the team

[Ulrik Stervbo (He/Him) @UlrikStervbo]

Extremely well written manuscript from @anshulkundaje and @ScottBoydLab showing how a combination of 3 ML-models can identify a variety of disease states. Many of the features are even interpretable to help informed decisions and hypothesis generation | https://t.co/1PLppnczG4

[Hensley Lab @SCOTTeHENSLEY]

This is not good.

[Karlsson Hedestam Lab @NillaKH]

Our new paper by Corcoran et al., just out in @ImmunityCP, reveals a high variation in human T cell receptor germline genes. The alleles vary greatly in frequency between population groups and some are, surprisingly, inherited from our archaic relatives. https://t.co/ZkpAiqjRk7