- Learn about novel methods to generate large, bespoke high-resolution datasets in a matter of weeks instead of months.
- Explore how high-throughput, high-resolution interaction kinetics can fine tune AI models resulting in more efficient workflows and improved therapeutic characteristics
- Discover how kinetic datasets generated under multiple pH conditions can support the development of pH dependent binders for cancer therapies using AI.
Bharath Takulapalli, PhD
Bharath is inventor of multiple foundational life science technologies at the interface of nanotechnology, systems biology and ML/AI, to extract 100x more information from systems biology than currently possible. He conceived Sensor-integrated Proteome On Chip (SPOC) technology to bridge a big gap in proteomics space, to democratize high-throughput functional protein screening. SPOC is the first and only technology that enables production of 1000s of full-length folded proteins on 1.5 sq-cm biosensor chips, to simultaneously screen for qualitative, quantitative, and kinetic information on protein bindings/interactions in a single assay, at once. Bharath is also the inventor of FENT solid-state nanopore technology for 1000x faster DNA sequencing at 1/10th cost, being developed by iNanoBio Inc. He raised $18M private capital and secured about $8M from DARPA, NIH. Bharath’s vision is to achieve 90% disease preemption, which is to detect and intervene in pre-disease phases, to cure before full disease onset.