The Official @Labroots Cell & Molecular Biology Page! We're here to discuss the molecular basis of biological activity. Please join our community! 🔬

Joined January 2014
Could a genetic profile become part of every patient’s healthcare journey? Learn how comprehensive pharmacogenomics research is helping scientists better understand drug response, reduce risk, and move closer to truly personalized medicine. buff.ly/vahiXcZ
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🐄 Think your favorite FBS lot is cursed (or blessed)? This webinar unpacks the science behind serum variability, sourcing, heat inactivation & serum-free alternatives. 📅 Oct 27 | 9 AM PT / 12 PM ET 👉 Register: buff.ly/tZBALgJ
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Dr Jean Kok, a postdoctoral researcher in the Robling Lab at Indiana University School of Medicine is investigating the molecular mechanisms underpinning muscle–bone crosstalk using mouse models using liquid handling pipettes from INTEGRA Biosciences. buff.ly/HXpYkN9
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Save more with Elabscience®! Buy 2, Get 1 Free on eligible recombinant rabbit mAbs. Ends Nov 30. 15% Off eligible metabolism assay kits. Ends Dec 18. Explore our limited-time research offers: buff.ly/Z7ImiMh
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Missed our live event? No worries. Stream Labroots’ Cell & Gene Therapy Virtual Event Series on demand and explore expert insights advancing cell and gene therapy. 🎥 Watch for free: buff.ly/QKHHeVi #LRCellandGene
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Could poor pipetting ergonomics be slowing your lab down? Learn how the right equipment and workflow choices can reduce fatigue, support accuracy and help scientists work more comfortably. Download INTEGRA Biosciences’ free eBook. buff.ly/LeKPeMx
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See how 3D spheroid models and live-cell analysis were used to profile 880 FDA-approved compounds, uncovering cytotoxic, cytostatic, and disruptive responses. Learn how 3D assays can deliver richer data and improve in vitro to in vivo translation. buff.ly/qX19AVC
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🫀 @thermofisher From engineered heart tissue to NK cell therapies, see how human-relevant cell models are bridging the path from cells to future therapies. 📅 Oct 29 | 10 AM GMT / 11 AM CET 👉 Register: buff.ly/dGpbivL
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One Cas9-derived base editor 🧬, two Streptomyces strains. 🦠 Two different results. 🤔 One gave 89.6% of the expected edits. The other gave 44% of an edit the tool was never designed to make, but scientists have worked for years to achieve. 💡 buff.ly/wTW3W0q
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