Droplet Biosciences, Inc’s Post

Inocras and Watchmaker Genomics are expanding our collaboration to accelerate genomic insights for patients and researchers!! Making WGS+Bioinformatics available to the world. Our CancerVision cancer tumor profiling test uses whole genome sequencing (WGS) and advanced bioinformatics (yes, including AI) to deliver 99%+ sensitivities for mutations. This innovation is powered by the exceptional performance of Watchmaker's DNA Library Prep Kits. #Genomics #Innovation #PrecisionHealth #CancerResearch #WholeGenomeSequencing #Bioinformatics #Inocras #watchmakergenomics #cancervision #rarevision #AI

#singlecell sequencing with #illumina! Yes, you read that right. Catch me on this webinar next week and learn more about our new solution. Sign up and you can still watch this on demand if you cannot catch it live. #scRNA #multiomic

It’s DNA day! 🧬 The discovery of DNA in 1953 marked the dawn of a new era in medicine. Thirty six years later, the National Human Genome Research Institute was founded, and work began to start sequencing the human genome.    Since then, genetic sequencing has formed the backbone of precision medicine – including our own Bi-Cygni® next-generation sequencing discovery engine.   Our bispecific ADC drugs selectively and precisely target cancer-specific twin antigen fingerprints that are otherwise absent from healthy tissues. The result? Maximum cancer cell death with minimal adverse effects on healthy cells. Here's to the endless possibilities that DNA holds for the future of medicine!   #DNADay24 #DNA #PersonalizedMedicine #Bispecific #Antibodies

🧑🔬Our global field and technical application specialists are hard at work to bring the new #AVITI24 platform with Teton™ CytoProfiling to our customers. We’re excited to support your next discovery and help transform your research with precise single cell, in situ imaging of RNA, proteins, phospho-proteins, and cell morphology. 🌟 Learn more about Teton CytoProfiling: https://bit.ly/3DpyzMg #Sequencing #Multiomics #Genomics

Save the date: 07 November | Thursday | 11:00 CEST Join us in our webinar to hear from Sebastian Eguiguren how the zebrafish brain shows significant regenerative capacity! Using single-cell RNA sequencing to profile over 41,000 cells and spatial transcriptomics for 160,000 cells, diverse telencephalic cell types were identified. He will explain how the combination of these techniques allowed for a deeper understanding of both cell identities and their spatial organization, revealing dynamic changes across regeneration timepoints and providing insights into processes like neurogenesis, inflammation, and axon regeneration. If you are interested, register here: https://lnkd.in/eB5rJt9t #ngscnjoin #wggcnrw #ngswebinars #nextgenerationsequencing #genomics #ngstech #ngstechnologies #singlecell

Advances in NGS and genomic profiling will allow identification of specific molecular defects in #cancer cells and permit development of therapies that target those defects. Genetic knowledge might also help identify people at increased risk of #colorectalcancer and develop effective interventions. #NGS #cancerdiagnostics https://hubs.la/Q02nXrKs0

🔬 Single-Cell Ploidy Analysis? scAbsolute! 🔬 Genome Biology's recent article, "scAbsolute: measuring single-cell ploidy and replication status" presents a new tool for biologists and bioinformaticians 🧬 Key Features of scAbsolute: 🔴 Offers a computational method to infer ploidy and replication status from shallow single-cell DNA sequencing. 🟢 Specializes in accurate ploidy determination, essential for in-depth genomic analyses. 🔵 Particularly vital in cancer research, addressing chromosomal instability and copy number aberrations. 🟣 Utilizes a Dirichlet process Gaussian mixture model for robust ploidy determination based on cell read density. 📖 Full Article: https://buff.ly/4apowT1 👨💻 GitHub Repository: https://buff.ly/49d8YAr 📢 Join the Conversation 📢 Share your thoughts, methods, and tools in the comments 👇 💬 #SingleCellGenomics #BiotechInnovation #scAbsolute

Every aspect of GTC's assays has been perfected through testing thousands of samples. Each aspect of our assays was designed based on the latest understanding of tumor biology and incorporate powerful analysis tools to detect all kinds of genomic abnormalities. https://lnkd.in/gBmGD6u #RNA #Geneexpression #Alternativesplicing 

Polymerase Chain Reaction (PCR) has revolutionized the way we amplify and study specific DNA sequences. Whether it's for early disease detection, genetic analysis, or cutting-edge cancer research, PCR enables precise and efficient DNA replication. In our lab, we're leveraging PCR, including advanced techniques like allele-specific PCR (AS-PCR), to enhance the accuracy of genetic profiling. This powerful tool is crucial in pushing the boundaries of molecular diagnostics and personalized medicine. #PCR #MolecularBiology #Genetics #CancerResearch #Biotech #ScientificInnovation #LifeSciences

Join Nan Fang at the prestigious #GRC meetings to discuss our poster: 📣 Simultaneous single-cell genome and transcriptome sequencing at scale. Our AccuraSCOPE® Single Cell Transcriptome and Genome Library Kit may be your answer if your next project needs single-cell sequencing for both! Learn more about opening up new possibilities for single cell multi-omic analysis by profiling the entire genome and transcriptome simultaneously. In addition to single cell RNA sequencing, we can discuss how this method enables deep single cell genome sequencing, amplifying ultra-low quantities of DNA from individual cells. This facilitates the comprehensive detection of single nucleotide variants and chromosomal aberrations at single cell level. Let's talk 🙌 For more information: https://lnkd.in/eE_VkVq2 #SingleCellSequencing #NextGenSequencing #SingleCellTranscriptome #GenomeSequencing