Cade Hildreth - BioInformant’s Post

Introducing AgentV for 10x Exosome Yields - https://lnkd.in/gtBsBpfa AgentV-DSP is a downstream processing treatment that solves DSP filtration problems by breaking up biological components in conditioned media to prevent filter fouling and particle loss. Each bottle of this powerful reagent treats 5L of media and can increase your particle yield ten-fold. Made by RoosterBio Inc., a leader in cutting-edge exosome solutions, AgentV-DSP is a downstream processing treatment that solves DSP filtration problems by breaking up biological components in conditioned media to prevent filter fouling and particle loss. Each bottle of this powerful reagent treats 5L of media and can increase your particle yield ten-fold. AgentV-DSP is the easiest process solution on the market, allowing you to increase yields by adding 1mL per 1L of harvested media: - Up to ten times more EV yield during your DSP - Decreased filter fouling during the critical EV loss step - Chemically defined and supports large-volume treatment Learn more at: https://lnkd.in/gtBsBpfa #exosomes #extracellularvesicles #research

Before you start #multiplexing with MILLIPLEX® kits, check out these tips for how to select the best assay for your research and see what materials are required.

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

Simplifying new discoveries with 3D cell models...

Blood-biomaterial Interaction in #ECMO?? Identifying the proteins that share a commonality among circuits has the potential to target specific cellular pathways to potentially prevent clot burden. Moreover, understanding the location of protein deposition may guide biomaterial engineering & manufacturing to develop new circuits with the goal of decreasing thrombosis formation and protein adsorption. Open access editorial 🔓 https://bit.ly/40zcUea Refers to study aimed to comprehensively characterize surface-bound proteins & to measure thickness of fibrin fibers bound to #ECLS circuit in #PedsICU 🔓 https://bit.ly/3YRFdmS

✨ ART04——Intergrated Molecular POC System with high specificity, sensitivity, and exceptional performance, this system enhances diagnostic quality and efficiency. 💫 Art04 is a fully automated system integrating nucleic acid extraction, purification, and analysis, achieving true "smart speed." The combination of qPCR and melt curve technologies allows Art04 to precisely detect more targets, improving specificity and sensitivity. 👍 Its compact design is ideal for medical labs and POC settings, and, with the support of "integrated lab design" reagent kits, it addresses traditional nucleic acid analysis issues of time, cost, and complexity, ultimately advancing healthcare quality and operational efficiency. #DeaouGene #MEDICA #IVD #Healthcare #POC #Molecular #Diagnostics

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

💡 Did you know SmartAmp PCR technology makes #GenPad both portable and precise? 💡 The #SmartAmp PCR technology uses isothermal nucleic acid amplification technology and employs a single reaction temperature (60-67ºC) simplifying the technical requirements and making the process more compact and robust. 🎯 Like PCR, SmartAmp in #GenPad amplifies DNA or cDNA from patient samples, but it uses a specialized set of primers that enhance the specificity of the reaction. The amplification process is quick and takes about 30-40 minutes. 🚀 The use of SmartAmp technology in the #GenPad provides the following advantages: 📌 Fast amplification and high reaction rate 📌 Compact device size 📌 High sensitivity and specificity rates 📌 Simple cartridge structure, minimum number of stages as against the classical PCR reaction 📌 Own patents and component reagents' production of, including enzymes, polymerases, and sample preparation reagents 📌 Over 12 months of the shelf life at room temperature 👨🏫 Learn more in YouTube video: https://lnkd.in/diMH8gR9 #SmartAmp #MolecularDiagnostics #PCR #IsothermalAmplification #Innovation #POC

If you are working on #cellandgenetherapies and using #AAV for delivery and working on #plasmidengineering I believe you will be interested in this webinar coming up next week on March 19, 2024. #AAV #celltherapy #cellandgenetherapy #LonzaCGT #RealizingPotentialTogether

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