🚨Applications open! MSCA-COFUND SYNBIO-CSIC PhD Program is recruiting 10 doctoral researchersin Synthetic Biology. 🌍Apply 15Dec25 –26Feb26. Focus: biomolecular and cellular engineering, synthetic cells, biotechnology, computational biology 👉More info: https://t.co/QzpD1wIqSN

January 2026 is the time to set yourself new goals to get your #SynBio research noticed. Submit your #SynBio26 abstract by 11 January ⏰ Present insights on how engineering biology is shaping data-driven solutions for health and the environment⚙️ 📎 https://t.co/XgiTXNepmm

Time to leverage SynBio for tacking environmental pollution. But releasing bioeng microbes still raises alarms. A new narrative is badly needed: bacteria for bioremediation are not alien intrusions but laboratory-trained extensions of life’s creativity https://t.co/AVIqcj7ywR

Let’s welcome Mattheos Koffas as a Keynote for GCSB 2026! Microorganisms show great potential for the production of valuable natural chemicals. Mattaeos Koffas and his lab have extensive experience using various microbial hosts for the biosynthesis of valuable compounds🦠.

How #sgRNA is Guiding Medicine's Future✨ 🎯 From 2023's first genetic cure (#CASGEVY) for blood diseases to 2025's rapid 6-month personalized therapy (“k-abe”) for an infant, sgRNA is delivering new hope. 👉 https://t.co/qzFpxKRdEH 👉 https://t.co/hIpn8mtDhr

Delighted to end the year with some highlights including a new PhD! Congrats, Dr Christopher Johnstone! Amazing work! Cheers to your resilience and brilliance! Chris's work on supercoiling has been foundational for the design and execution of our synbio work! Stay tuned for

hari ini aku presentasi proposal risetku ke calon sensei di Jepang! semuanya dalam bahasa Inggris dengan topik gimana caranya sampah plastik jadi vitamin! 🥰🥰 i love you ilmu pisah dan hayat (syn バイオテクノロジー / 合成生物学 #synbio)

All of you talking heads: 'Fight Healthcare 4.0 with MY SynBio Product ... ' Tell them how your Nano-Zeolite works #NanoBiosensors #Bioengineering IEEE 1906.1.1 #MolecularComputing Internet of Bio-Nano Things Wireless Tissue Engineering #Precision_AI_Medicine links⬇️

An Insoluble De Novo Protein Enables Survival of E. coli by Co-precipitating with a Gene Repressor https://t.co/oCqRBcCG37 #biorxiv_synbio

2025 Annual Sequence: Silk Fibroin Gene 🧬 #AI-powered design 🤖 of a highly repetitive gene: • 1,884 × 20 nt repeats 🧩 • >95% short-repeat density • Biomaterials & tissue engineering relevance 🧵 🔗 https://t.co/QsWNj1BJx5 #GeneSynthesis #SyntheticBiology

Medical Body Area Network - 2014 National Security Under Ur Skin IEEE 802.15.6 #WBAN #MedicalBAN Internet of Bio-Nano Things #MolCom #MBAN https://t.co/rH69baC1RU https://t.co/oOKEtPLctp Biosensors #IoBNT https://t.co/ObqP6ESOWq #SynBio https://t.co/7hFz4rZz4j

🐪 Delivered: high-affinity nanobodies for a peptide target! 🔬 From alpaca immunization → phage library → panning → validated clones ⚡ Fast, reliable, end-to-end workflow 🔗 For diagnostics, imaging & therapeutic R&D ❓ Need #nanobodies 👉 https://t.co/fmAyvn3l35

🧬 #ASO drugs act as “genetic patches,” correcting disease at the #mRNA level 🧪 From lab to patients 💊: • Nusinersen (SMA) • Eteplirsen (DMD) • Inotersen (hATTR) Reliable #ASOsynthesis & scalable manufacturing turn discoveries into therapies 🚀 https://t.co/q0kdSZShHY

Generative AI-based design of hybrid transcriptional activator proteins with new DNA-binding specificity https://t.co/6rAMTA3AFI #biorxiv_synbio

PURE makes PURE: reconstitution of the PURE cell-free system from self-synthesized non-ribosomal proteins https://t.co/6lnXiRKumc #biorxiv_synbio

🎯 Synthetic Biology 🧬 क्या हम 'जीवन' को कोड कर रहे हैं? कल्पना कीजिए कि आप एक इंजीनियर हैं, लेकिन आपका माध्यम स्टील या सिलिकॉन नहीं, बल्कि DNA है। अब आप कोड लिख रहे हैं, लेकिन यह कोड सॉफ्टवेयर नहीं, बल्कि जीवन का कोड है। यह है सिंथेटिक बायोलॉजी (SynBio) – वह विज्ञान जो जीव

#GeneSynthesis taking too long? 🧬 ⚡ Our express workflow delivers validation in days, not weeks 🔬 JM109(DE3) direct cloning+auto-induction ⏱️ 1–2 min #protein detection ✅ 200+ projects validated Stop waiting. Start expressing 🚀 https://t.co/YfN9ZkkKA2 https://t.co/XKA9L6gtd3

A Hybridization-Based Novel DNA Storage Technology with Rapid Read Performance https://t.co/OKY8Ner6Aw #biorxiv_synbio

De novo designed bifunctional proteins for targeted protein degradation https://t.co/XJOVO7Y0YT #biorxiv_synbio