@palliunsw.bsky.social

Professor and Director of the UNSW RNA Institute, School of Chemistry, UNSW.

@kristy-ainslie-lab.bsky.social

Researching new vaccines & drug delivery methods to treat infectious & autoimmune diseases & cancer. 🏳️‍🌈 Ally. Mom 2 boys. She/her/hers. Chem Engineer. Views are my own.

@julienguyenlab.bsky.social

Professor & Vice Chair | UNC @ Chapel Hill #Pharmacoengineering #DrugDelivery #ComplexBiologics #1stGenCollege | Executive Editor @ADDReditors

@bruns-lab.bsky.social

Professor of Sustainable Functional Polymers at Technical University of Darmstadt. All views are my own.

@theresareineke.bsky.social

Prager Chair in Chemistry Univ. of Minnesota; research in polymers, therapeutic biomaterials, and sustainability; ACS Editor-in-Chief of Bioconjugate Chemistry

@suspolymchem.bsky.social

Sustainable Polymer Chemistry Group at the University of Twente https://www.utwente.nl/en/tnw/spc/#

@prof-mike.bsky.social

United Nations Brundtland Commission: sustainability is "meeting the needs of the present without compromising the ability of future generations to meet their own needs."

@dlopezbarreiro.bsky.social

Lecturer in Chemical Engineering at @ucl.ac.uk. Principal Investigator at the @LBgroup.bsky.social. Protein biopolymers & other biobased materials. Web: theLBgroup.github.io Opinions are my own. He/him.

@daniellejmai.bsky.social

Assistant Professor of Chemical Engineering | Stanford University | biopolymer design | polymer physics | single-molecule dynamics | views own | she/her | mailab.stanford.edu

@amdurskylab.bsky.social

Husband, Dad, Scientist (Chemistry, Materials, Biotechnology, Physics, Engineering). In our group, we explore charge transport and excited-state processes of biomolecules and biopolymers. The University of Sheffield Technion

@mattwolf-phd.bsky.social

Immune modulatory biomaterials for treating cancer and cancer patients. Biomaterials Scientist, Tissue Engineer, & Cancer Immunologist for the low, low price of a Biomedical Engineer. Interesting views and opinions are my own.

@amacbride.com

biology + computers + a leavening of snark | 👨‍👨‍👧‍👧🏳️‍🌈| nanomedicine | cancer genomics 🧬 | ML | biomaterials | #compchem #matsky #chemsky #ai4science #materialsinformatics #md | startups | @Cal 🐻 @Stanford @UniversityOfOxford @OxfordNano (swimsf on the Bad Place)

@amrosales.bsky.social

Associate Professor of Chemical Engineering at UT Austin; researcher of biomaterials, soft matter, and polymers.

@gabrielrodriv.bsky.social

Asst Prof at Villanova University. Biomaterials Researcher. #LatinXinChE co-founder. CU-Boulder, UT Austin, UW Madison, UPR Mayaguez, CEDOC. SHPE Advisor. Paz y Bien!

@carajgottardi.bsky.social

We study the multiple functions of catenins in cell-cell adhesion, cytoskeleton/nuclear signaling and lung repair after injury.

@johnrclegg.bsky.social

Drug delivery, hydrogel biomaterials, immuno-engineering, macrophages, neurological disease applications. Assistant Prof. @ Univ. of Oklahoma. Fan of college sports, Texas BBQ, and Hawaiian Shirt Fridays!

@kwhitehead.bsky.social

Drug delivery scientist, professor, innovator, mother, gardener, SciComm fanatic. TED talk http://bit.ly/3zjICfe. She/her. BLM 🏳️‍🌈♿️ supporter. Lab: http://whitehead.cheme.cmu.edu Photo: human milk!

@nhc-nanomedlab.bsky.social

🔬Micro and Nanoscale technologies for fundamental and translational Biomedical Research 🧬 Engineering Extracellular Vesicles (EVs) for therapeutic applications

@ryanmpearson.bsky.social

Associate Professor of Pharmaceutical Sciences - University of Maryland, Baltimore @PharmSciUMB. Immune Engineering, Past Chair @CRS_FG_Immuno and @AAPSNano.

@dgpnanomedlab.bsky.social

Edgar C. Hendrickson Chair in Biomedical Engineering - Professor of Biomedical Engineering and General Surgery at The Ohio State University. Nanotechnology, non-viral gene and cell therapies in regenerative medicine and cancer.

@schiffmanlab.bsky.social

❤️ materials, microbes, polymers Professor, UMass Amherst https://schiffmanlab.org/ Deputy Editor, ACS Applied Engineering Materials https://pubs.acs.org/journal/aaemdr

@kolade-adebowale.bsky.social

Assistant Professor at UC San Diego Bioengineering.

@tetsuharimoto.bsky.social

Postdoc in Mooney Lab @Harvard/Wyss | PhD @Columbia | Bacterial Therapy, Engineered Living Materials, Synthetic Biology

@rsc.org

With the future of the world in the balance, everyone has a role to play in making it better. How will you join in? 🌐 Website: www.rsc.org

@zhichangliu.bsky.social

Associate Professor at Westlake University l Associate Editor of SmartMat @smartmat.bsky.social. Focus on Molecular-Strain Engineering / Supramolecular Organic Functional Assembly liu.westlake.edu.cn

@micaelamatta.bsky.social

#compchem | organic semiconductors | functional biomaterials | polymers | @mdanalysis core dev | made in Sardinia 🏳️‍🌈 she/her

@delphe.bsky.social

Delphine Gourdon - Prof. in Biomedical Engineering - Univ. of Glasgow 🧪 #Mechanobiology #BreastCancer #Biomaterials #ECMatrix #TumorMicroenvironment #Tribology #WomenInSTEM www.gourdonlab.org

@lampellab.bsky.social

Associate Professor @TelAvivUniversity LLPS, supramolecular chemistry, bioinspired materials, peptides https://www.lampellab.sites.tau.ac.il/

@biosim-lab.bsky.social

Assistant Prof. @UvA | amyloids, multiscale soft matter, computational peptide design, smart (adaptable) biomaterials, CompChem

@aklotz.bsky.social

Physics professor at California State University, Long Beach. Interested in knots, DNA, and knotted DNA.

@oakesimmuno.bsky.social

The Oakes Research Laboratory in the Department of Biomedical Engineering at the University of Delaware. We decode and engineer the innate immune system to improve immunotherapy and biomedical implant effectiveness. Lab website: https://oakesimmuno.com

@renkawitzteam.bsky.social

Our lab unravels the mechanobiology and cellbiology of immune cells, their migration & cytoskeleton, their organelles, and their cell-matrix interplay using #imaging, #screening, and #bioengineering @bmc-lmu.bsky.social www.renkawitz-lab.com

@sarawickstrom.bsky.social

Stem cell and mechanobiologist at the Max Planck Institute of Molecular Biomedicine and University of Helsinki

@cellmech2025.bsky.social

10th Biennial European Cell Mechanics Meeting 30Sep-3Oct 2025 @KU_Leuven https://cellmech2025.org/

@spruijtlab.bsky.social

Our lab uses coacervate based materials to investigate protocells, synthetic cells, and biomolecular condensates. *Operated by the lab spruijtlab.com

@jonluzuriaga.bsky.social

Ph.D. Exploring stem cells for Cell biology, Tissue engineering and Neuroscience. Part of "Signaling lab" and Assist. Professor at UPV/EHU in the Basque Country. Ezina ekinez egina. 🔬📚 https://scholar.google.es/citations?user=2fHWspsAAAAJ&hl=es

@shukryjhabib.bsky.social

The Habib Lab works at the interface of stem cell biology & bioengineering to study development and explore innovative therapeutics for regenerative medicine. www.habiblab.org Lausanne, Switzerland.

@cambridgepolymer.bsky.social

Your Material Problems. Our Scientific Experts. One Collaborative Solution. Cambridge Polymer Group provides material science consulting and testing, across your product lifecycle.

@isscr.org

The ISSCR is a global, nonprofit organization that promotes excellence in stem cell science and applications to human health. www.isscr.org

@michshuang.bsky.social

cheme phd in the heilshorn lab @ stanford & chem-h | nsf grfp & nih f31 fellow | formerly mit cheme | just a dancer trying to understand the brain using stem cells & biomaterials! 👩🏻‍🔬🧠🩰

@matscifau.bsky.social

The official account of the Department of Materials Science at Friedrich-Alexander-University Erlangen-Nürnberg.

@woodfield-lab-nz.bsky.social

President ISBF | Professor of Biofabrication & Orthopedic Regenerative Medicine @universityofotago.bsky.social | My lab engineers complex cell microenvironments using bioinks and biofabrication tools for Regenerative Medicine | @asbte.bsky.social

@alidoryab.bsky.social

Postdoctoral Researcher @Cambridge_Uni @Cambridge_Eng | Lung Bioengineering, Lung Chips | DFG Walter-Benjamin Fellow | Alumni of LMU & Helmholtz Munich

@merln-um.bsky.social

We are a young international team, inspired by technology, taking Regenerative Medicine to the next level merlninstitute.com

@strong-ur.bsky.social

Revolutionising tissue reconstruction with bioprinting. Creating viable tissue constructs, particularly for the fabrication of tubular organs. #urology #HorizonEurope #EUfunded #bioprinting #regenerativemedicine

@sumoconsortium.bsky.social

We combine imaging, genomics, artificial intelligence, and bioengineering to reproducibly coax gastruloids into organogenesis stages. Funded by the European Union’s Horizon EIC Program (grant agreement ID 101071203). www.supervised-morphogenesis.eu

@bregjedewildt.bsky.social

🇳🇱 Postdoc at ETH Zurich🇨🇭| Bioengineering and in vitro modeling of musculoskeletal tissues 🦴 | Biomineralization enthusiast ✨

@vamagno.bsky.social

@saracampinoti.bsky.social

Wellcome Trust Postdoc in the Urbani’s lab at King's College London RW-ILS. Interested in human liver development, ECM, tissue engineering, stem cells and organoids. London Stem Cell Network co-chair.

@biomedeng25.bsky.social

We are the UK's largest gathering of Biomedical Engineers, Medical Engineers and Bioengineers. Hosted by the Universities of Strathclyde & Glasgow 🏴󠁧󠁢󠁳󠁣󠁴󠁿 Join us on the 4th & 5th of September 2025! More details 👉 biomedeng.org/nextconference