Each year, we highlight companies that received sizeable early-stage funding in the previous year. @FreyaBioscience is restoring balance in the vaginal microbiome to improve pregnancy outcomes go.nature.com/4l4PDaM
How can we engineer B cells to treat diseases? Read about the latest developments of this exciting field in this new Review out now in @NatureBiotechnature.com/articles/s4158…
Can senolytics slow aging?
Recent clinical trials and the largest mouse study of senolytics to date have failed to support this notion, raising questions regarding the future of senolytics as an anti-aging therapy.
The latest @NatureBiotech 🚨
1/3
nature.com/articles/s4158…
Gene regulatory networks are crucial for understanding complex gene regulation in plants and could help improve crops for more sustainable and climate-resilient agriculture. Read about it in this Review out now in @NatureBiotechnature.com/articles/s4158…
This Review presents a classification system of hybrid engineered biological systems to support researchers in making design choices, out now in @NatureBiotechnature.com/articles/s4158…
@dinazielinski and myself analyzed the entire public financial information of @23andMe to better understand the reasons behinds in down fall, which was published today at @NatureBiotech
A cautionary tale.
Let dive 🧵👇
@dinazielinski and myself analyzed the entire public financial information of @23andMe to better understand the reasons behinds in down fall, which was published today at @NatureBiotech
A cautionary tale.
Let dive 🧵👇
1/ We need new ways of producing foods and fuels to minimise our impact on our planet. Our new paper now in @NatureBiotech examines whether microbes hold the key to producing foods and fuels in the future
Open access: rdcu.be/eiIUunature.com/articles/s4158…
The development of therapeutic cancer vaccines is seeing exciting progress recently. Curious how researchers are dealing with challenges to translate new technologies to the clinic? @NatureBiotech asked experts for an update. nature.com/articles/s4158…
Our poly(ester amide) work published in Nature Chemical Biology (nature.com/articles/s4158…) is highlighted in Nature Biotechnology.
Engineered E. coli creates biodegradable plastics
nature.com/articles/s4158…
Cell therapies are transforming our ability to treat cancer but are out of reach for many patients. @NatureBiotech asked experts to share their insights into pressing challenges and promising strategies to make these therapies more broadly accessible nature.com/articles/s4158…
Innate immune cells are promising candidates for cancer immunotherapy and various engineering strategies can be employed to set them up for success. Read about is in this Review in @NatureBiotech and don't forget to check out our full Focus Issue! nature.com/articles/s4158…
Modulating induced proximity at the cell surface is a powerful engineering strategy that can find diverse applications in basic and translational science. Curious to learn about emerging modalities in this space? Read this review out now in @NatureBiotechnature.com/articles/s4158…
521 Followers 439 FollowingDirector of Research, The Samueli Integrative Cancer Pioneering Institute
Co-founder, Tabby Therapeutics
Gene & Cell therapy, Immunity and oncology
18K Followers 2K FollowingScientist planning to live forever (so far so good!), professor decoding the genome @unibirmingham, geek, entrepreneur, speaker, writer, keen footballer.
2K Followers 969 FollowingOur research is devoted to drug discovery and delivery for the treatment of genetic disorders, infectious diseases and cancers.
251 Followers 248 FollowingWhat gets me up in the morning? Epic problem solving & having fun doing it every day! 🔥
Working on https://t.co/PZj8FQBojh, observability for high performance computing
394 Followers 2K FollowingMicrobe matters dementionally for environment and huaman health. A PhD graduate from MIB of Wageningen, tracks them worldly (🇨🇳 🇯🇵 🇳🇱 🇺🇸 ).
455 Followers 458 FollowingPostdoc in the Web Lab at the University of Kentucky Center for Muscle Biology
Interested in outdoor recreation 🏃♂️🚲, science 🔬, and doggos 🐾
529 Followers 1K FollowingScientist@Babu Lab @StJude I PhD Lohse Lab @MDC_Berlin I MPharm I Chronic wanderluster and art lover I Researching, visualizing data of our continuum.
130 Followers 647 FollowingPhD Candidate @ CornellCALS @CornellMicrobio @ilanabrito123 lab. While with infinite ignorance, Intrepid to touch the unknown. Synthetic biology Gut Microbiome
28 Followers 41 FollowingCiRT is a global collaborative initiative aimed at translating fundamental #iNKT immunobiology research into impactful therapeutics #CellTherapy #clinicaltrial
1K Followers 1K FollowingOur group focuses on generating modified aptamers and developing chemoenzymatic methods for the synthesis of chemically modified, therapeutic oligonucleotides
4K Followers 3K FollowingResearch group at @UCLBiochemeng1 applying #Synbio #Bioprocess to produce sustainable drugs, biofuels and biomaterials with positive social impact
18K Followers 2K FollowingScientist planning to live forever (so far so good!), professor decoding the genome @unibirmingham, geek, entrepreneur, speaker, writer, keen footballer.
381 Followers 773 FollowingBioMed Engineering and Regenerative Medicine @UCT_news #stem Cells #Cancer #Tumor Microenvironment #tissue engineering. Kevin and Naomi's dad
28 Followers 41 FollowingCiRT is a global collaborative initiative aimed at translating fundamental #iNKT immunobiology research into impactful therapeutics #CellTherapy #clinicaltrial
30K Followers 721 FollowingProfessor in genomics at KTH, SciLifeLab, NY Genome Center. Popular science etc. here, hard core science at @tuuliel_lab. Also at @tuuliel.bsky.social
1K Followers 323 FollowingNews and opportunities from over 100 microbiology research groups at Norwich Research Park, UK - one of the world's largest sites for microbiology expertise
4K Followers 1K FollowingThe #IQVIAInstitute uses #HumanDataScience to look at how we can evaluate, enable and advance human health through a new, evidence-based lens.
2K Followers 101 FollowingLab of Dr. Alexis Komor at the University of California, San Diego | Precision Genome Editing + The Chemical Biology of DNA Damage and Repair
1K Followers 1K FollowingOur group focuses on generating modified aptamers and developing chemoenzymatic methods for the synthesis of chemically modified, therapeutic oligonucleotides
4K Followers 3K FollowingResearch group at @UCLBiochemeng1 applying #Synbio #Bioprocess to produce sustainable drugs, biofuels and biomaterials with positive social impact
896 Followers 105 FollowingLab twitter account for the George Lomonossoff group @JohnInnesCentre - plant viruses, structures and plant molecular farming!
16K Followers 419 FollowingFounding CEO of @Alnylam. Pioneered RNAi therapeutics as a whole new class of medicines for patients. Now bioentrepreneur-at-large. Opinions are my own.
8K Followers 3K Following@harvardmed Asst. Professor | researcher in genome editing, AI, and aging | @MIT @broadinstitute | Co-founder @Sherlock_bio & https://t.co/GnLoSm96Rz & Tome Bio
28K Followers 2K FollowingThe Wyss Institute seeks to transform engineering, medicine and the environment by creating new materials and devices using Nature’s design principles.
70K Followers 621 FollowingA Reviews journal from @SpringerNature. Timely Review articles, Comments and Highlights of the latest research in molecular cell biology.
82K Followers 2K FollowingLeading research publisher empowering researchers, educators, and health professionals with our trusted brands for 180+ years. Site notice https://t.co/JUoUEHImEB
262K Followers 603 FollowingCell aims to publish the most exciting and provocative research in biology. Posts by Scientific Editors on the Cell Editorial team.
21K Followers 4K FollowingChief Editor of Nature Biomedical Engineering. Ph.D. Love methods for seeing the invisible. 🔬 All tweets and comments represent my independent views. (she/her)
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