Complete Genomics and BioTuring: A New Era in Spatial Biology
March 26, 2025, 6:08 pm
Location: United States, California, San Jose
Employees: 51-200
Founded date: 2006
Total raised: $39M
In the bustling world of genomics, innovation is the lifeblood. Complete Genomics, a trailblazer in DNA sequencing, is making waves once again. At the NextGen Omics & Spatial Biology Conference, they unveiled a partnership with BioTuring. This collaboration promises to revolutionize spatial data analysis, a critical frontier in biological research.
Spatial biology is like a treasure map. It reveals the intricate layout of cells and tissues, guiding researchers through the complex landscape of life. However, navigating this terrain has often been fraught with challenges. Bioinformatics can be a maze, filled with bottlenecks that slow down discovery. Enter SpatialX, a deep-learning tool designed to simplify this journey. With SpatialX, researchers can analyze multi-technology spatial data seamlessly. It’s like having a GPS for the genomic wilderness.
The partnership aims to eliminate the pain points that often deter researchers from adopting spatial technologies. By providing pre-optimized analysis pipelines, SpatialX reduces the need for custom solutions. No coding experience? No problem. This tool democratizes access to advanced analytics, allowing more scientists to unlock the secrets hidden within their data.
The Go Optical STOmics microscope is another gem in Complete Genomics' new arsenal. This state-of-the-art imaging tool is tailored for spatial transcriptomics workflows. Imagine a high-resolution camera that captures the essence of biological samples. The Go Optical microscope does just that. It optimizes permeabilization conditions, maps cell nuclei, and analyzes protein and tissue morphology. The result? Faster, more accurate insights into the biological world.
With a scanning area of 70 mm x 100 mm, the Go Optical microscope accommodates all STOmics chip sizes. It’s like having a versatile lens that can zoom in on the tiniest details or capture the bigger picture. This flexibility is crucial for researchers working with diverse tissue types.
Complete Genomics is not just a company; it’s a pioneer. Since its inception in 2005, it has been at the forefront of high-throughput sequencing technology. Their products have fueled over 9,400 publications, making significant contributions to various fields. The company’s commitment to innovation is unwavering, and this partnership with BioTuring is a testament to that.
But the story doesn’t end there. Complete Genomics has also joined forces with the Human Cell Atlas (HCA). This international consortium is on a mission to map every cell type in the human body. By offering its STOmics spatial transcriptomics products to HCA members, Complete Genomics is positioning itself as a key player in this monumental effort.
The HCA aims to create a comprehensive reference map of human cells, transforming our understanding of health and disease. This initiative is akin to building a detailed atlas of the human body, charting the course from development to adulthood. With Complete Genomics’ Stereo-seq technology, researchers gain unprecedented access to spatial transcriptomes. This tool allows them to delve deep into the molecular intricacies of biological processes.
Stereo-seq is not just another tool; it’s a game-changer. It supports various tissue preparations, including fresh, fixed, frozen, and FFPE samples. This versatility is crucial for researchers studying a wide range of tissues and species. The DNBSEQ™ platform powers Stereo-seq, delivering high-throughput, high-quality sequencing. It captures spatial gene expression data across large tissue areas with remarkable resolution.
Imagine a canvas where every brushstroke represents a gene. Stereo-seq paints a vivid picture of gene expression, allowing researchers to see the interplay of biology in real-time. With spots as small as 0.22 µm, it offers true single-cell resolution. This level of detail is essential for understanding complex biological systems.
The collaboration with HCA is a strategic move. It opens doors for researchers in North America, providing them with access to cutting-edge spatial transcriptomics products. This partnership is like a bridge, connecting innovative technology with the needs of the scientific community.
As the world of genomics continues to evolve, partnerships like these are vital. They foster collaboration and drive progress. Complete Genomics and BioTuring are not just companies; they are catalysts for change. Their combined efforts will accelerate discoveries in biology, paving the way for breakthroughs in healthcare and medicine.
In conclusion, the partnership between Complete Genomics and BioTuring marks a significant milestone in the realm of spatial biology. With tools like SpatialX and the Go Optical microscope, researchers are equipped to navigate the complexities of biological data. The collaboration with the Human Cell Atlas further solidifies Complete Genomics’ role in shaping the future of genomics. As we stand on the brink of new discoveries, one thing is clear: the journey into the depths of biology has never been more exciting. The map is drawn, and the adventure awaits.
Spatial biology is like a treasure map. It reveals the intricate layout of cells and tissues, guiding researchers through the complex landscape of life. However, navigating this terrain has often been fraught with challenges. Bioinformatics can be a maze, filled with bottlenecks that slow down discovery. Enter SpatialX, a deep-learning tool designed to simplify this journey. With SpatialX, researchers can analyze multi-technology spatial data seamlessly. It’s like having a GPS for the genomic wilderness.
The partnership aims to eliminate the pain points that often deter researchers from adopting spatial technologies. By providing pre-optimized analysis pipelines, SpatialX reduces the need for custom solutions. No coding experience? No problem. This tool democratizes access to advanced analytics, allowing more scientists to unlock the secrets hidden within their data.
The Go Optical STOmics microscope is another gem in Complete Genomics' new arsenal. This state-of-the-art imaging tool is tailored for spatial transcriptomics workflows. Imagine a high-resolution camera that captures the essence of biological samples. The Go Optical microscope does just that. It optimizes permeabilization conditions, maps cell nuclei, and analyzes protein and tissue morphology. The result? Faster, more accurate insights into the biological world.
With a scanning area of 70 mm x 100 mm, the Go Optical microscope accommodates all STOmics chip sizes. It’s like having a versatile lens that can zoom in on the tiniest details or capture the bigger picture. This flexibility is crucial for researchers working with diverse tissue types.
Complete Genomics is not just a company; it’s a pioneer. Since its inception in 2005, it has been at the forefront of high-throughput sequencing technology. Their products have fueled over 9,400 publications, making significant contributions to various fields. The company’s commitment to innovation is unwavering, and this partnership with BioTuring is a testament to that.
But the story doesn’t end there. Complete Genomics has also joined forces with the Human Cell Atlas (HCA). This international consortium is on a mission to map every cell type in the human body. By offering its STOmics spatial transcriptomics products to HCA members, Complete Genomics is positioning itself as a key player in this monumental effort.
The HCA aims to create a comprehensive reference map of human cells, transforming our understanding of health and disease. This initiative is akin to building a detailed atlas of the human body, charting the course from development to adulthood. With Complete Genomics’ Stereo-seq technology, researchers gain unprecedented access to spatial transcriptomes. This tool allows them to delve deep into the molecular intricacies of biological processes.
Stereo-seq is not just another tool; it’s a game-changer. It supports various tissue preparations, including fresh, fixed, frozen, and FFPE samples. This versatility is crucial for researchers studying a wide range of tissues and species. The DNBSEQ™ platform powers Stereo-seq, delivering high-throughput, high-quality sequencing. It captures spatial gene expression data across large tissue areas with remarkable resolution.
Imagine a canvas where every brushstroke represents a gene. Stereo-seq paints a vivid picture of gene expression, allowing researchers to see the interplay of biology in real-time. With spots as small as 0.22 µm, it offers true single-cell resolution. This level of detail is essential for understanding complex biological systems.
The collaboration with HCA is a strategic move. It opens doors for researchers in North America, providing them with access to cutting-edge spatial transcriptomics products. This partnership is like a bridge, connecting innovative technology with the needs of the scientific community.
As the world of genomics continues to evolve, partnerships like these are vital. They foster collaboration and drive progress. Complete Genomics and BioTuring are not just companies; they are catalysts for change. Their combined efforts will accelerate discoveries in biology, paving the way for breakthroughs in healthcare and medicine.
In conclusion, the partnership between Complete Genomics and BioTuring marks a significant milestone in the realm of spatial biology. With tools like SpatialX and the Go Optical microscope, researchers are equipped to navigate the complexities of biological data. The collaboration with the Human Cell Atlas further solidifies Complete Genomics’ role in shaping the future of genomics. As we stand on the brink of new discoveries, one thing is clear: the journey into the depths of biology has never been more exciting. The map is drawn, and the adventure awaits.