Creative BioMart’s Post

Word of the Day: CLīM™ CLīM™ (pronounced "clime") /klīm/ noun A revolutionary protein purification system developed by TriAltus Bioscience, leveraging an ultra-high affinity complex for streamlined, efficient purification of proteins, including those challenging to process. It promises significant advancements in biotechnological research, offering a simplified approach to obtaining pure, functional proteins. Discover more about this innovative technology here: https://bit.ly/4bfr9rL

🌟 Introducing the new application page on Fluorescence Monitoring in Microbial Shake Flasks! 🌟 Depending on your bioprocess, the use of fluorescence can help monitor cell growth, protein production, and more. Visit our website to learn more about how this game-changing application can revolutionize your research. https://bit.ly/49rwA4N #Bioprocessing #Fluorescence

Exploring the potential for self-healing: Investigating the boundaries of protein creation in a synthetic cell-free system

Why are Microfluidizer® processors preferred by top companies for their cell disruption needs? Our high-yield cell lysis technology is: * Easy to use and requires little maintenance * Fast to process compared to alternative methods * Efficient and results in high yields Microfluidics offers technologies to meet the variable and demanding needs for cell disruption, from gentle disruption of cultured mammalian cells to the challenging disruption of yeast and other fungi. To learn how Microfluidics is able to achieve superior cell disruption results, read our article: https://hubs.la/Q02RkdNl0 #Microfluidizer #Microfluidics #celldisruptionproduction #celllyse #cellrupture #Microfluidizerprocessors #highshearprocessors

Why are Microfluidizer® processors preferred by top companies for their cell disruption needs? Our high-yield cell lysis technology is: * Easy to use and requires little maintenance * Fast to process compared to alternative methods * Efficient and results in high yields Microfluidics offers technologies to meet the variable and demanding needs for cell disruption, from gentle disruption of cultured mammalian cells to the challenging disruption of yeast and other fungi. To learn how Microfluidics is able to achieve superior cell disruption results, read our article: https://hubs.la/Q02HXpML0 #Microfluidizer #Microfluidics #celldisruptionproduction #celllyse #cellrupture #Microfluidizerprocessors #highshearprocessors

Why are Microfluidizer® processors preferred by top companies for their cell disruption needs? Our high-yield cell lysis technology is: * Easy to use and requires little maintenance * Fast to process compared to alternative methods * Efficient and results in high yields Microfluidics offers technologies to meet the variable and demanding needs for cell disruption, from gentle disruption of cultured mammalian cells to the challenging disruption of yeast and other fungi. To learn how Microfluidics is able to achieve superior cell disruption results, read our article: https://hubs.la/Q02zMlc00 #Microfluidizer #Microfluidics #celldisruptionproduction #celllyse #cellrupture #Microfluidizerprocessors #highshearprocessors

Precise Regulating the Specific Oxygen Consumption Rate to Strengthen the CoQ10 Biosynthesis by Rhodobater Sphaeroides In this study, a precise regulation strategy based on dielectric spectroscopy (DS) was applied to further improve CoQ10 biosynthesis by R. sphaeroide. First, a quantitative response model among viable cells, cell morphology, and oxygen uptake rate (OUR) was established. DS could be used to detect viable R. sphaeroides cells, and the relationship among cell morphology, CoQ10 biosynthesis, and OUR was found to be significant. Based on this model, the online specific oxygen consumption rate (QO2) control strategy was successfully applied to the CoQ10 fermentation process. QO2 controlled at 0.07±0.01×10−7mmol/cell/h was most favorable for CoQ10 biosynthesis, resulting in a 28.3% increase in CoQ10 production. Based on the multi- parameters analysis and online QO2 control, a precise online nutrient feeding strategy was established using conductivity detected by DS. https://lnkd.in/guSK7TUS #aspenalert #biotech #bioprocess

Application of Coferon self-assembling drug molecule technology in Protein Degradation

Vipergen now introduces DELs in Cells - Snap An easy, fast, and affordable way to get an early lead. DELs in Cells - Snap runs in two stages. Stage 1: You provide the amino acid sequence of your target protein, and we test for successful protein expression in a living cell. You will then within one month receive a report and a go-no-go recommendation. Stage 2: After your 'Go', we will screen your target in a living cell with a 500 million member high diversity/high quality DEL. You will then within one month receive a report and chemical structure information for 25 top hits. Virtues: Never been easier Pay as you go - two payments Low cost Standardized process High success rates No need for purified target protein Screen under physiologically relevant conditions in a living cell Hit exclusivity https://lnkd.in/dUkP3XmG

Did you know that our CLīM technology is a game-changer in protein purification? This method leverages the unique CL7/Im7 affinity pair, dramatically improving purification efficiency—streamlining scientific advancements and research outcomes. CLīM is an example of how advanced technology is propelling scientific discovery to make complex processes simpler and more accessible. Dive deeper at https: //bit.ly/trialtus #innovation #CLIMwithTriAltus #biotechnology