Phase Genomics

??Easy bioinformatics for cytogenetic data curation is here! We are thrilled to announce CytoTerra? Curator is now available for CytoTerra platform users. Effortlessly review, revise, and generate reports from your cytogenetic data – no prior bioinformatics experience required. Stay ahead in your research with faster, more accurate insights. Explore how Curator transforms your data curation process using the link below. ?? #cytogenetics #data #bioinformatics #datacuration #dataplatform

Accelerate your research today. Phase Genomics’ CytoTerra? platform gives you access to comprehensive cytogenetic profiling—all in a single assay. Powered by Genomic Proximity Mapping?, this NGS-based approach extends cytogenetics across all sample types, including FFPE, without the need for specialized equipment or highly-specialized teams of cytogenetics technicians, cell-culture specialists, and bioinformaticians. From sample, to report, to publication-ready visualizations, CytoTerra eliminates the biggest cytogenetics bottlenecks in cancer and beyond: ?? No new equipment to buy ?? No specialized workforce needed Learn how CytoTerra can help move your research forward, faster ?? https://hubs.la/Q03dKSHR0

The best things come in twos—like Phase Genomics' purpose-built Proximo? Hi-C Plant Kit two-packs. Fast, flexible and cost-effective: Each kit contains all necessary supplies and reagents in a single, self-contained unit. Proximo’s streamlined #HiC protocol takes just 8 simple steps and 3 hours of hands-on bench time. Purchase a Proximo? Hi-C Plant Kit by April 30 and we’ll also send you #PGShield, our proprietary preservative for long-term sample storage *without* refrigeration. ?? https://hubs.la/Q03c6Kjd0

Developed by scientists, for scientists: Phase Genomics’ proprietary Proximo? Hi-C Plant Kits support a wide range of genomic research applications, including: ?? genome assembly and phasing ?? structural variant detection, and ?? 3D genomics. Phase Genomics offers unparalleled customer support to guide you through your Hi-C research journey, from our bench to yours. We pride ourselves in our industry-leading response times—because we’ve been there. So go ahead, send us a quick mail to learn how our purpose-built, user-friendly Proximo Hi-C Plant Kits can accelerate your next project: https://hubs.la/Q03bwkDk0

Phase Genomics’ Proximo? Hi-C tech took plant genomics platinum. Now, research teams have used Proximo to drive discovery in more than 200 journal articles. Today, we’re highlighting research from our long-time collaborators in the Harkess lab at the HudsonAlpha Institute for Biotechnology. Using cutting-edge Proximo Hi-C technology from Phase Genomics, their new study in Nature Plants unveils the structure of Amborella's sex chromosomes, providing unprecedented detail on the #evolution of plant sex determination. These new insights into the earliest plant group to evolve separately from other flowering plants help accelerate advancements in plant breeding and the development of improved crop varieties. You’ll find the full text and the full takeaway here: https://hubs.la/Q039Pct_0 These are just a few of the discoveries that our purpose-built Proximo Hi-C plant kits have helped Alex Harkess and team unlock over the years. Take a look at what he has to say about working with Phase Genomics??

Help us celebrate our 10-year anniversary and some of the top breakthroughs our technologies helped unlock. On our *tin* anniversary, we’re taking a look at the 300 papers citing Phase Genomics’ AI-powered Genomic Proximity Mapping? and proprietary Hi-C tools. Click through and take a closer look at the keystone papers in #cytogenetics, #metagenomics and plant & animal #genomics ?? https://lnkd.in/gk98ArSx

Listen to the latest episode of talk is biotech!? to hear Phase Genomics Founder & CEO Ivan Liachko ???? share how DNA shapes life as we know it: “It’s a sequence of letters, but it makes shapes, colors—it makes a strawberry look like a strawberry.” Ivan shares how Phase Genomics’ foundational #HiC technology builds on proximity data to unlock new types of information from plant, animal and human genomes. ??And it all started with a berry genome. Now, Phase Genomics #Proximo? Hi-C Kits have helped researchers tap into world-changing genomic insights from plants and animals, entire microbial communities, and even cancer biology. Tune in to the conversation with host Guru Singh: https://lnkd.in/gKyqfaxW

Biology is complex. Your go-to Hi-C protocol shouldn’t be. Our Proximo? kits are your streamlined Hi-C solution. Just 3 hours of hands-on time and 8 steps for your library prep. We built in several convenient, safe stopping points for maximum flexibility so that you can split the workflow over two days. And it can all be sequenced on the most common, readily-available Illumina or Element Biosciences NGS platforms. We offer 5 user-friendly Proximo kits—human, animal, plant, fungi and microbe—that include reagents tailored to your sample type and a proprietary sample preservative for long-term, room temperature storage. Explore Phase Genomics’ Proximo Hi-C for haplotype-resolved, chromosome-scale insights: https://lnkd.in/gKBZYAte

Today—and every day at Phase Genomics—we're celebrating the women in science who have driven discovery to new heights. This year marks the 10th annual International Day of Women and Girls in Science. From the double helix to nuclear fission, from genetic transposition to wireless communication, their countless discoveries define life as we live it today. This recognition is hard-won and infinitely deserved, but it should be more than a day. At Phase Genomics, we're carrying this truth forward throughout 2025: women have shaped and continue to shape every second of science, every day of the year. #WomenInScience

Proximo? Hi-C goes down under: Researchers in Australia tapped into the genetic diversity of the oat crown rust (a pathogenic fungus), with Phase Genomics’ proprietary Proximo Hi-C kits, purpose-built for fungal research. The team used Proximo to help construct 30 chromosome-level, fully phased nuclear haplotypes from USA and AU oat crown rust samples. Previous studies suggested that the Australian variety was purely clonal. Hi-C helped them pinpoint previously undetectable somatic hybridization and intercontinental movement of haplotypes. These new findings support the need for international molecular-level monitoring of oat rust pathogens. It’s a major step in constructing an oat crown rust pangenome and a key insight into the evolution of the fungal pest taking a bite out of our favorite cereal. Read the paper??https://hubs.la/Q035FBv70