Reimagining cell function through protein design to enable curative cell therapies

Building the future of cardiovascular care through non-invasive devices and revolutionary algorithms

Empowering radiologists with AI to save time, reduce burnout, and improve patient care

Leading software-defined networking (SDN) platform

Connecting data, tech, humans and environments to change how groups analyze information

The leading global video-sharing platform

All-in-one platform to create, play and share mixed reality

End-to-end virtual primary care and prescription delivery platform

Pioneering the inquiry, application, and communication of microbiome science

All your self-care essentials, all in one spot

RightSite partners with EMS to divert non-emergent 911 calls to telehealth and social care navigation, reducing unnecessary ER visits and improving outcomes for patients, payors, and emergency services.

Enables employees to realize the full tax benefits of Health Savings Account.

Pioneering a new model for reproductive health, bringing together genomics, AI, and advanced diagnostics to build the infrastructure for the next generation of fertility science.

Improving access to mental health care

Slope is a global provider of biospecimen lifecycle software, data, and services for complex clinical trials.

Food Is Good (FIG)

Your medications. Delivered in minutes.

Bringing marketplace efficiencies to healthcare services

Valarian provides a secure virtual infrastructure platform that ensures data sovereignty, operational resilience, and timely privileged communication for both enterprise and government clients.

Surgical intelligence that provides visual insights and information to surgeons in real-time

Closing the industry-government divide

Delfina is a maternal health technology company using predictive AI and integrated data to reduce adverse pregnancy outcomes and drive significant cost savings for payors through a value-based care delivery model.

Broker between healthcare institutions and industry partners for precision medicine

Next generation addiction recovery for the digital age

Making genomics-driven precision medicine a reality with clinical decision support software

Accelerating plant-based food innovation through data science

Infrastructure for fully automated manufacture of any human cell type

Therapy anytime, anywhere. Just hit play.

The most patient-friendly way to access clinical trials

A science-driven, one-stop shop for better sleep

Unlocking the healing potential of the fungal genome for both people and the planet

Targeted therapies to eliminate cancer stem cells in solid tumors

Developing a novel class of neuroplasticity-promoting therapeutics

Developing transformative cell therapies by identifying novel targets for solid tumors

Combining data-driven design and parallel chemistry for macrocycle development

AI-powered data security and management

Transforming the lives of patients through a functional cure for Type 1 Diabetes

Enabling novel insights into biology and disease through next-generation protein sequencing

Advanced technologies that blur the line between medical devices and consumer electronics

Redefining the boundaries of scientific discovery with super-resolution microscopy

Identifying any microbe from any sample, anywhere in the world

Next-generation blood tests for early cancer detection powered by a multiomics platform

Revolutionizing the treatment of bacterial disease

Curing disease by writing in the code of life

End-to-end solution for translational proteomics

Repurposing enzymes to create entirely new compounds

Cancer therapeutics as precise as their targets

Leveraging AAV gene therapy for safe durable expression of cytokine immunotherapies

A new class of living medicines and consumer innovations to modulate the vaginal microbiota

Enabling the design of the next generation of RNA molecules through deep learning

Reprogramming biology by writing and delivering big DNA

Developing a breakthrough cellular targeted particle therapy based on BNCT

CRISPR-based therapies to cure viral infectious diseases

Applying computational biology to target disease-driving kinases

Developing sustainable, high-quality biomaterials