Starlight’s Post

New reports from #biotechnology company Azenta Life Sciences' show that the two-component design of its FrameStar #microplate range improves the consistency of #polymerase chain reaction (#PCR) results by reducing #thermal expansion and sample #evaporation. Find out more on Scientist Live - https://loom.ly/nulxIk0 Subscribe to our newsletter here - https://loom.ly/km0X6OM #ScientificDiscovery #ResearchNews #STEM #InnovationsInScience #ScienceDaily #ScienceUpdates #TechAndScience #ScienceInnovation #ResearchAndDevelopment #ScienceCommunity #ScienceEducation #FutureOfScience #ScienceFacts #ScientificBreakthroughs #TechNews

New reports from #biotechnology company Azenta Life Sciences' show that the two-component design of its FrameStar #microplate range improves the consistency of #polymerase chain reaction (#PCR) results by reducing #thermal expansion and sample #evaporation. Find out more on Scientist Live - https://loom.ly/nulxIk0 Subscribe to our newsletter here - https://loom.ly/km0X6OM #ScientificDiscovery #ResearchNews #STEM #InnovationsInScience #ScienceDaily #ScienceUpdates #TechAndScience #ScienceInnovation #ResearchAndDevelopment #ScienceCommunity #ScienceEducation #FutureOfScience #ScienceFacts #ScientificBreakthroughs #TechNews

⚗ Ready to #simplify your collagen preparation? Ever wished there was a #quickerway to get your collagen concentration just right? 🤔 📱 Our Collagen Calculator is now live and completely free to use! With just a few clicks, you can achieve #precise, custom collagen concentrations for your experiments—no more time-consuming calculations or guesswork. Let us handle the math so you can focus on what matters most, your #research. 👩💻 Try it out today: https://zurl.co/sHqP #collagencalculator #ibidi #science #innovation #biotechnology #researchtools #concentration 

⚗ Revolutionizing cryogels! Our new biotech approach creates water vapor-resistant cryogels with improved integrity. Our research presents a novel biotech method to create water vapor-resistant cryogels with improved integrity. We successfully transformed rice straw into nanofibrils and used live cells to deposit PHA particles within the cryogel pores. This innovative approach resulted in a 6-fold decrease in water sorption capacity while preserving cryogel density and elasticity. Discover how this breakthrough can be adapted to various bacterial strains and PHA types for tailored applications. ➡️ Read the full research paper here: https://lnkd.in/d-cHPnBD #EvolvePACK #Cryogels #Biotechnology #SustainableMaterials

Photocatalytic Degradation of New Fuchsine using Lead Chromate for Water Reuse: Efficiency and Degradation Pathway Contaminants Remediation Read the Article here: https://bit.ly/3yy4Df6 #Degradation #Leadchromate #Newfuchsine #photocatalytic #Recyclability #VisibleLight #chemistry #biochemistry #nanomaterial #analyticalchemistry #chemicalengineering #Phytochemicals #ChemicalSciences #ChemicalTechnology

Carbonyl reductases (CBRs) play an important role in organisms, participate in the metabolic processes of various cells, and are widely distributed in the cytoplasm of various tissues and cells of mammals and non-mammalian animals. They are both metabolic intermediates and can regulate certain specific biological reactions. In terms of classification, #carbonylreductases belong to the short chain dehydrogenase family (SDR, Short Chain Dehydrogenases/reductases). www.zjzsbiotech.com #biotech #synthesis #biotechnology

Excited to share my fifth and final first-author publication from my Ph.D. with Prof. Ramon Gonzalez, recently published in Bioresource Technology! In this study, we explored synthetic metabolic pathways for the use of methylsuccinate —a key precursor from the anaerobic activation of methane via fumarate addition. Through a combinatorial approach of enzyme mining and adaptive laboratory evolution, we engineered multiple E. coli strains growing efficiently on methylsuccinate. In addition, a novel electron transfer pathway involving heterologous flavoproteins and quinone oxidoreductase was elucidated. We hope this engineered strain will serve as a stepping stone toward synthetic methanotrophy, advancing biomanufacturing using methane as a sustainable feedstock. It’s been a rewarding journey, and I’m excited to see where this research can lead! #biomanufacturing #syntheticbiology #methanotrophy #sustainability #biotechnology More details can be found at:

👉 We are making it even easier to play an active part in the Annual Meeting of the German Society for #Biomaterials, by giving you extra time to submit your abstracts! ℹ️ The new submission deadline is 16 June! ➡️ Submit here: https://lnkd.in/eA88w__w #DGBM #materialsscience #biochemistry #biotechnology

👉 We are making it even easier to play an active part in the Annual Meeting of the German Society for #Biomaterials, by giving you extra time to submit your abstracts! ℹ️ The new submission deadline is 16 June! ➡️ Submit here: https://lnkd.in/efMh7QxT #DGBM #materialsscience #biochemistry #biotechnology