Desktop Genetics is an international biotechnology company established in 2012 to help researchers discover and treat the root genetic causes of human disease. Today, Desktop Genetics is a recognised leader in genome editing technology, staffed by dedicated team of genome editing experts, bioinformaticians and data scientists, driven by the real-world impact of CRISPR technology. They have invested four years developing their core technology, DESKGEN AI, trained on the largest database of genome editing data in the world. DESKGEN AI powers their flagship DESKGEN CRISPR Library product range, which enables the work of their pharma, biotech and academic customers working in drug discovery and functional genomics. Desktop Genetics' tools and technologies are used by over 1800 organisations all over the world, and their projects contribute directly to several key partnerships to bring CRISPR into the clinic. The company has received awards from Fast Company, Kairos 50 and SxSW Interactive.

Desktop Genetics is an international biotechnology company established in 2012 to help researchers discover and treat the root genetic causes of human disease. Today, Desktop Genetics is a recognised leader in genome editing technology, staffed by dedicated team of genome editing experts, bioinformaticians and data scientists, driven by the real-world impact of CRISPR technology. They have invested four years developing their core technology, DESKGEN AI, trained on the largest database of genome editing data in the world. DESKGEN AI powers their flagship DESKGEN CRISPR Library product range, which enables the work of their pharma, biotech and academic customers working in drug discovery and functional genomics. Desktop Genetics' tools and technologies are used by over 1800 organisations all over the world, and their projects contribute directly to several key partnerships to bring CRISPR into the clinic. The company has received awards from Fast Company, Kairos 50 and SxSW Interactive.

Our AI-assisted labeling platform gives you to the tools to turn documents into data. Documents are automatically labeled, and you have the ability to adjust them and add your own. Annotate healthcare records, protocols, and papers more than 20x faster than manual labeling.

More than 80% of healthcare data is unstructured; it is either physical or in a digital format that requires manual labor to analyze, such as images or typed/handwritten notes. Healthcare runs on notes, scans, and PDFs. Because healthcare data is designed for manual labor, it cannot be easily searched, analyzed, or used to improve patients' quality of care or reduce cost of care. Manual labor does not scale, and the data is growing: 2 zettabytes of healthcare data are generated each year. Historically, the healthcare industry has invested in protocols for the structured data it has, digitizing analog data but leaving it unstructured, and brute-forcing the unstructured data problem through manual labor. These solutions have plateaued. We have to solve the unstructured data problem in healthcare. ScienceIO envisions a future where we enable all healthcare companies — across R&D, clinical trials, real world evidence, digital health, reimbursement, to care delivery — to learn from their data in real-time, so we can develop the next generation of healthcare solutions.