🔎 Spotted in #CellDeathDiscovery (@cddpress.bsky.social)! Researchers from #CCB_Research and SAHMRI used our anti-Rab7 mAb in a study identifying RCHY1 as a regulator of autophagy that facilitates autophagosome-lysosome fusion. 📄 https://tinyurl.com/4bf2fvhh 🧫 https://dshb.biology.uiowa.edu/Rab7

🔎 Spotted in EMBO Reports! Researchers from the Center for Research in Myology at Sorbonne Université, among others, used 5 of our mAbs in a study identifying collagen VI as a potential therapeutic target for several muscle diseases. 📄 https://tinyurl.com/rj5zp7zd

🔎 Spotted in Developmental Biology! Researchers from the Department of Biology at East Carolina University used 9 of our mAbs in a study demonstrating that EcR signaling promotes timely ovarian follicle assembly and development in Drosophila. 📄 https://tinyurl.com/5cacdbbd

🔎 Spotted in The EMBO Journal! Researchers at The Jackson Laboratory used our anti-C-peptide [GN-ID4] mAb in a study that mapped human pancreatic islet cells and revealed new insights into T2D and islet dysfunction. 📄 https://tinyurl.com/5t2dh92v 🧫 https://dshb.biology.uiowa.edu/GN-ID4

🔎 Spotted in EMBO Reports! Researchers from NIBS Beijing, among others, used our mAbs in a study on intestinal stem cell identity preservation and tumor suppression in Drosophila. 📄 https://tinyurl.com/44apzv8u 🧫 https://dshb.biology.uiowa.edu/C594-9B 🧫 https://dshb.biology.uiowa.edu/Prospero-MR1A

🔎 Spotted in Cell Reports! Researchers from #UPorto, among others, used our anti-SV2 mAb in a study on how the neuronal dysregulation of a developmental enhancer contributes to spinocerebellar ataxia type 37 pathogenesis. 📄 https://tinyurl.com/4u5ac879 🧫 https://dshb.biology.uiowa.edu/SV2

🔎 Spotted in Biochemical and Biophysical Research Communications! Researchers from #TokyoMedicalUniversity used 3 of our anti-MHC mAbs [BA-F8, SC-71, BF-F3] in a study showing that type 2A muscle fibers have higher mitochondrial content than type 1 fibers across mouse skeletal muscles.

🔎 Spotted in #AJPCellPhys! Researchers from @ufresearch.bsky.social, among others, used our anti-MHC [MF20] antibody in a study showing that ursolic acid helps preserve skeletal muscle during cancer cachexia in mice. 📄 tinyurl.com/y9x8wv7t 🧫 dshb.biology.uiowa.edu/MF-20

🔎 Spotted in the Journal of Neuroscience Methods! Researchers from #UZH used our anti-vimentin [H5] antibody (red) to study disease-associated genes during embryonic chicken cerebellum development. 📄 tinyurl.com/2nh86vwk 🧫 dshb.biology.uiowa.edu/H5

🔎 Spotted in @biologyopen.bsky.social! Researchers from #IISERPune used our anti-β-tubulin [E7] and anti-α-tubulin [12G10] antibodies to study how an adhesion-Arf1 signaling pathway regulates Golgi organization and function in breast and lung cancer cells.

🔎 Spotted in #MBoC by @ascbiology.bsky.social! Researchers from @ubuffalo.bsky.social, among others, used our anti-ezrin [CPTC-Ezrin-1] antibody in a study examining how Hippo and Rho family GTPase signaling pathways coordinate regulation of the actin cytoskeleton.

🔎 Spotted in @pnas.org! Researchers from @stanfordmedicine.bsky.social used DSHB's anti-eMyHC [F1.652] and anti-Pax7 mAbs in a study showing improved muscle repair and recovery during GLP-1–induced weight loss through 15-PGDH inhibition.

🔎 Spotted in @plosone.org! Researchers at Nihon University, among others, used 3 of our anti-MHC antibodies [SC-71, BF-F3, MF20] in a study showing that Alaska pollock protein (APP) promoted skeletal muscle hypertrophy and was associated with lipid metabolic remodeling.

🔎 Spotted in #GENETICS by @genetics-gsa.bsky.social! Researchers from @ucsandiego.bsky.social School of Biological Sciences used our anti-Trio [9.4A] and anti-fasciclin-II [1D4] antibodies to show how RhoGEF Trio regulates axon extension and targeting during brain development in Drosophila.

🔎 Spotted in Archives of Toxicology! Researchers at @swarthmorecollege.bsky.social used our anti-synapsin [3C11 (anti SYNORF1)] and anti-GFAP [N206A/8] mAbs to explore how timing of pesticide exposure during pregnancy influences neurodevelopment.

Spotted in @braincomms.bsky.social! Researchers from #CHEO Research Institute, among others, used 4 of DSHB's anti-MHC mAbs to examine how different genetic forms of CMS respond to a MuSK‑targeting antibody.

🔎 Spotted in Journal of Cellular Biochemistry by @wileyonlinelibrary.bsky.social! Researchers at @uspoficial.bsky.social used our anti-osteopontin [MPIIIB10(1)] mAb in a new study showing that agrin supports bone formation and may be a promising therapeutic target for bone loss–related conditions.

🔎 Spotted in @jci.org! Researchers at the University of Osaka, among others, used our anti-MHC [MF20] antibody to identify an SGCB splice-site mutation linked to dilated cardiomyopathy. 📄 tinyurl.com/2hdyfkys 🧫 dshb.biology.uiowa.edu/MF-20

🔎 Spotted in @pubs.acs.org Biomaterials Science & Engineering! Researchers from the Institute for Stem Cell Science and Regenerative Medicine, among others, used 3 of our MYHC mAbs [MF20, SC-71, A4.951] in a study on how NRH affects engineered human skeletal muscle differentiation and maturation.

🔎 Spotted in #AgingCell by #AnatomicalSociety! Researchers from #UWSeattle and #VAPugetSound used DSHB's anti-β-tubulin [E7] in a study demonstrating how the reduction or loss of the protein SMARCAD1 affects tauopathy in C. elegans. 📄 tinyurl.com/4ypyz3sr 🧫 dshb.biology.uiowa.edu/E7_2

🔎 Spotted in #AdvancedScience! Researchers from #NYUGrossman and @dnanexus.bsky.social used our PAX7 antibody in a study mapping FAP signaling in skeletal muscle, revealing how cell populations communicate during homeostasis and regeneration. 📄 tinyurl.com/32k25caf 🧫 dshb.biology.uiowa.edu/PAX7

🔎 Spotted in @physrep.bsky.social! Researchers from #NYIT College Of Osteopathic Medicine used DSHB's anti-MHCI [BA-F8], anti-MHCIIa [SC-71], anti-MHCIIb [BF-F3], and anti-PAX7 mAbs in a study on how Mustn1 gene ablation affects skeletal muscle repair in mice.

Perish the thought!!!

I bet @dshb-antibodies.bsky.social doesn't have doctored images of THEIR antibodies!!!

We invite applications for multiple non-tenure-track Instructor positions that would begin on August 19, 2026. These positions will primarily contribute to instruction in the introductory biology laboratory curriculum for life sciences. For details and to apply, visit: jobs.uiowa.edu/faculty/view...

🔎 Spotted in #npj Parkinson's Disease! Researchers from Buddhist Tzu Chi Medical Foundation, among others, used DSHB's anti-EN1 [4G11] mAb in a study on the development of cryopreservable dopaminergic progenitor cells from human stem cells to treat Parkinson’s disease in rats.

🔎 Spotted in @apsphysiology.bsky.social Heart and Circulatory Physiology! Researchers from #MarshallUniversity School of Medicine used DSHB's anti-MHC [MF20] and anti-troponin [RV-C2] (green) mAbs in a study on how endometriosis peritoneal fluid changes cardiomyocyte behavior and structure.

By the way, @dshb-antibodies.bsky.social is a non-profit that sells quality antibodies to many proteins at exceptionally reasonable prices, without AI generated faux-validation images. Check them out. dshb.biology.uiowa.edu

How have I not heard of @dshb-antibodies.bsky.social Most antibodies are $50. We've been purchasing some neuroMab ones for 10X the cost 😱 #neuroskyence 🧪

i visited DSHB @dshb-antibodies.bsky.social 2 years ago, incredible how such a critical community scientific resource is run so efficiently, economically and humbly. they maintain 1000s of mAbs at cost, and are fully self-supported from just a couple lab rooms!

Spotted in @npp-journal.bsky.social! Researchers from @northeasternu.bsky.social, among others, used DSHB's anti-β-tubulin [E7] mAb in a study on how adolescent psilocybin exposure leads to sex‑dependent changes in brain development in mice. 📄 tinyurl.com/33ts3bcn 🧫 dshb.biology.uiowa.edu/E7_2

Spotted in #PLOSGenetics! Researchers from @brcgenetics.bsky.social used DSHB's anti-enabled [5G2] (magenta) and anti-hts [hts RC] mAbs in a study on how two distinct actin networks position the nucleus in Drosophila nurse cells during egg development.

That's a wrap on #Dros26! 🪰 Thank you to everyone who stopped by the DSHB booth—we loved hearing about the antibodies you’re using and the reagents on your wishlists. 📸 Drosophila larva labeled with DSHB anti-slit (red) 🧫 dshb.biology.uiowa.edu/C555-6D

#Dros26 Day 3 Did you know DSHB houses over 1600 Drosophila antibodies? Browse the collection and more: dshb.biology.uiowa.edu 📸 Drosophila germarium labeled with DSHB anti-Vasa (green) and anti-hts (magenta) 🧫 dshb.biology.uiowa.edu/anti-vasa 🧫 dshb.biology.uiowa.edu/1B1

#Dros26 Day 2 What antibodies do you wish we had? Comment below your antibody wishlist! 📸 Drosophila egg chamber labeled with DSHB anti-hts in yellow 🧫 dshb.biology.uiowa.edu/hts-RC

#Dros26 Day 1 Comment below your favorite DSHB antibody! 📸 Drosophila brain labeled with DSHB anti-Bruchpilot in blue 🧫 dshb.biology.uiowa.edu/nc82

Check out our booth at #Dros26!

🔎 Spotted in Neurobiology of Disease! Researchers from #OhioStateUniversity and @wrightstateu.bsky.social used DSHB's anti-NF-M [2H3] and anti-SV2A mAbs in a study on a new SCN8A epileptic encephalopathy mouse model that depicts seizures and motor impairments seen in patients.

Congratulations to the @dshb-antibodies.bsky.social on receiving a $3.4 million NIH grant to renovate its labs and offices! dailyiowan.com/2026/02/08/u...

🔎 Spotted in @cp-cell.bsky.social! Researchers from RIKEN Center for Brain Science used DSHB's anti-brp [nc82] mAb in a study on how a mobile uORF‑encoded peptide (USIC) triggers systemic stomatal immunity in plants. 📄 tinyurl.com/ynrmtrw8 🧫 dshb.biology.uiowa.edu/nc82

Working fish antibody spotted 👀 Find more super-cheap #zebrafish antibodies for your favorite proteins at the DSHB (Uni-Iowa) website: dshb.biology.uiowa.edu/customsearch...

🔎 Spotted in npj Regenerative Medicine by @natureportfolio.nature.com! Researchers from @ucalgary.bsky.social used DSHB's anti-collagen-2 [II-II6B3] mAb (green) in a study on Prx1⁺ progenitor cells driving endogenous cartilage regeneration in p21⁻/⁻ mice.

🔎 Spotted in Fish Physiology and Biochemistry by @springernature.com! Researchers from #NCHU and #NationalChengKungUniversity used DSHB's anti-α5 mAb in a study on salinity‑dependent ion‑regulatory responses to acute cold stress in Indian medaka. 📄 tinyurl.com/funjkkwv 🧫 dshb.biology.uiowa.edu/a5

🔎 Spotted in @plosbiology.org! Researchers from @ncbsbangalore.bsky.social used DSHB's anti-Myo7a [MYO7A 138-1], anti-E-cadherin [7D6], and anti-N-cadherin [6B3] mAbs in a study on how spatial interactions shape morphogenesis in the mouse organ of Corti.

🔎 Spotted in #ScientificReports by @natureportfolio.nature.com! Researchers from #NTUsg used DSHB's anti-CD8A mAb in a study on the role of ARL13B on ciliogenesis and related signaling pathways. 📄 tinyurl.com/2f86jfum 🧫 dshb.biology.uiowa.edu/CPTC-CD8A-1

Spotted in @plosone.org! Researchers from Quillen College of Medicine and @hubrechtinstitute.bsky.social used DSHB's anti-Krt8 [TROMA-I] mAb in a study on Lgr5-positive duct cells in von Ebner’s glands as potential stem cells for regenerating posterior tongue taste buds in mice.

🔎 Spotted in @cp-starprotocols.bsky.social! Researchers from #LeipzigUniversity used DSHB's anti-β-tubulin [E7] mAb in a study on a new protocol to isolate and immunoprecipitate cell surface proteins from Drosophila melanogaster pupae. 📄 tinyurl.com/3xs4cxev 🧫 dshb.biology.uiowa.edu/E7_2

🔎 Spotted in Journal of Photochemistry and Photobiology, B: Biology! Researchers from @umich.edu School of Dentistry, among others, used DSHB's anti-Ki-67 [AFFN-KI67-3E6] mAb (red) in a study on how infrared light therapy makes head and neck cancer cells more sensitive to chemotherapy.

🔎 Spotted in Cell Communication and Signaling! Researchers from @hhu.de and @manchester.ac.uk used 4 of DSHB's mAbs in a study on the distinct roles and regulation of Serrate and Delta in Notch signaling.

🔎 Spotted in Current Protocols by @wileyonlinelibrary.bsky.social! Researchers from #IndianaUniversity School of Medicine used 4 of DSHB's anti-myosin-heavy-chain [BA-D5, SC-71, BF-F3, and 6H1] mAbs in a study on a new technique for classifying different types of skeletal muscle fibers.