Isolation Bio Inc.

Aloha 🌺! We are delighted about our 1st Prospector installation in beautiful Hawaii. A big thank you to our University of Hawaii at Manoa customers Dr. Anthony Amend, Dr. Joanne Yew and Dr. Allexa Burger for working with us. And thank you FAS Theodore Bong for getting the system set up. Dr. Amend is Principal Investigator of the Integrative Center for Environmental Microbiomes and Human Health. He works at the intersection of biogeography, phylogenetics and community ecology theory to identify patterns and processes that underpin the assembly and function of microbial biodiversity in terrestrial 🌳and marine ecosystems 🌊. Learn more about Dr. Amend's research at amendlab.com Dr Yew's research focus is on the influence of the microbiome on host physiology. Using Drosophila genetic tools and biochemical analysis, her lab seeks to understand how environmental microbes contribute to the microbiome composition, health, and physiology of resident hosts. Learn more at yewlab.com We look forward to supporting the team 🤝 on helping them advance their research through the isolation and cultivation of interesting and beneficial microbes. #microbes #microbiome #microbiology #bacteria #microbialcultivation #culturomics #highthroughput #microbialbiodiversity #prospector

We had a gut feeling you would want to play some trivia this #MicrobiomeMonday. 😏🦠 Are you an expert on #microbes? Check out today's fun fact!

We are delighted to have DMark Biosciences as our partner in Canada! Thank you Jeffrey Seitz.

Would you like to know if the Prospector high-throughput microbial isolation and cultivation platform has been used to isolate microbes that are the focus of your research or a species that is your favorite because of its superpowers? Browse our Prospector isolates booklet. It has a list of many aerobic and anaerobic species including those "Wanted" bugs that our R&D team and our customers have been able to capture from the wild! https://isolationbio.com Don't see your favorite one on the list? Please let us know at [email protected]. We are always on the lookout for capturing and cultivating those sneaky organisms that are hanging around in the gut, in the soil, on plant leaves and roots........ #microbiology #microbes #microbiome #microbialcultivation #highthroughputcultivation #soilmicrobiome #soilmicrobes #gutmicrobiome #gutmicrobiota #plantmicrobiome #culturomics

The Prospector platform from Isolation Bio is not just a tool; it's a beacon of hope in the realm of therapeutics and vaccine development. Imagine having a powerful ally in the fight against infectious diseases, guiding researchers to the precise bacterial targets essential for groundbreaking treatments. The Prospector platform stands at the forefront of this mission, equipped with a suite of capabilities designed to uncover the hidden gems of the microbial world. At its essence, Prospector is a treasure map, leading researchers on a journey of discovery through the vast landscape of microbial diversity. Armed with advanced genomic analysis techniques, it sifts through massive datasets with unparalleled speed and accuracy, identifying specific bacterial strains with the potential to revolutionize therapeutics and vaccines. With Prospector, researchers can navigate the complexities of microbial communities with confidence, pinpointing the exact species and strains that hold the key to unlocking new medical breakthroughs. But Prospector is more than just a tool for identification—it's a catalyst for innovation. By harnessing the power of artificial intelligence and machine learning, it not only identifies known bacterial targets but also uncovers novel candidates that may have been overlooked by traditional methods. This predictive capability enables researchers to stay one step ahead of emerging threats, accelerating the development of next-generation therapeutics and vaccines. Moreover, Prospector's intuitive interface and user-friendly design make it accessible to researchers of all backgrounds, democratizing access to cutting-edge microbial analysis tools. Whether you're a seasoned microbiologist or a novice researcher, Prospector empowers you to dive deep into the microbial world with ease, unleashing your potential to make groundbreaking discoveries. But perhaps the most compelling aspect of Prospector lies in its ability to drive tangible impact. By expediting the identification of bacterial targets, it shortens the timeline for therapeutics and vaccine development, bringing life-saving treatments to patients faster than ever before. In the battle against infectious diseases, time is of the essence, and Prospector ensures that researchers have the tools they need to stay ahead of the curve. In summary, the Prospector platform from Isolation Bio is not just a tool—it's a game-changer in the world of therapeutics and vaccine development. With its unrivaled capabilities and commitment to innovation, it's paving the way for a healthier, safer future for all. DMark Biosciences Isolation Bio Inc. #Vaccine #therapeutics #Microbiome #smallmolecule #petriplates

The Prospector high-throughput microbial isolation and cultivation workflow is as simple as: Prep > Load and Seal > Incubate > Image > Select and Go! - Prepare a soil, plant root, leaf or fecal sample. - Load a Prospector array with an appropriate dilution of the sample mixed with media + dye and seal the array. - Incubate the array. - Image the array. - Select the wells you want to transfer to a 96-well plate using the Prospector Software - Start the automated transfer. - Come back in ~ 1 hour and grab your 1st plate of microbial isolates 👏🏽. Learn more at https://lnkd.in/gYBugwS9 #microbiome #microbes #microbiology #microbialcultivation #singlecellcultivation #culturomics #highthroughputcultivation

Don’t let traditional Petri dish culture methods slow your microbiome-based product discovery and development pipeline! Automate cumbersome traditional microbial isolation and cultivation methods with the Prospector® high-throughput microbial isolation and cultivation platform. Visit with us at the 9th Annual Translational Microbiome Conference tomorrow and Tuesday in Boston, MA, and learn how to capture rare and slow-growing microbes and grow thousands of isolates simultaneously using our novel cultivation array technology. We look forward to seeing you! https://lnkd.in/gGsB5vYH #Microbiome #MicrobialIsolation #MicrobialDiscovery #Culturomics

Our journey in Europe continues! We are delighted about our first anaerobic installation of the Prospector® platform at the Institute of Oncology Research (IOR) in Switzerland. The institute hosts researchers from all over the world performing basic and translational research in oncology. We are excited to support the team and enable them to use the Prospector to accelerate their microbial discoveries in the area of cancer biology. Thank you Andrea Rinaldi, PhD Sabrina NAUD Nicolò Pernigoni Luisa Maraccani Stephanie Papin for your partnership. We look forward to working with you! #microbiome #microbes #microbialcultivation #microbiology #culturomics #highthroughput

Looking for a way to simplify your microbial isolation workflow? Stop by our booth at the 9th Annual Translational Microbiome Conference (microbiomeconference.com) March 25-26th in Boston, MA, and learn about the Prospector®, an automated microbial isolation and cultivation solution that enables the rapid generation of diverse microbial libraries from complex microbiome samples. Move beyond Petri dish culture to efficiently capture rare and slow-growing microbes and grow thousands of isolates simultaneously. It's time to accelerate your microbial discovery! https://lnkd.in/gGsB5vYH #Microbiome #MicrobialIsolation #MicrobialDiscovery #Culturomics

Good news! If you missed the recent presentation by Rachel Newsome, PhD, you can still watch the recording! Rachel presented findings from a study of gut microbiomes, enhanced with Bacteroides species, that have been associated with an improved anti-PD-1 response in non-small cell lung cancer (NSCLC) patients. She shared the methods used for high-throughput isolation and cultivation that enabled the discovery of an influential microbial metabolite, produced by Bacteroides, that has been shown to increase IFNγ production in CD8+ T cells and reduce tumor growth in a NSCLC mouse model. Watch now for an intriguing look at live culture characterization: https://lnkd.in/ga35HzGq #MicrobialIsolation #Immunotherapy #Microbiome #Webinar #DrugDiscovery #HighThroughputCultivation #Culturomics #Prospector