
DropGenie
Miniaturizing biology to power faster, autonomous discovery of new therapeutics.
Meet the founders building at the intersection of digital technology and biopharma.


Miniaturizing biology to power faster, autonomous discovery of new therapeutics.

Disrupting translational decision-making with neural organoids to increase clinical trial success rates

Unlocking synthetic amino acids at scale to create next-gen therapeutics.

Building the next generation of precision biologics capable of rationally targeting immune cells.

Optimizing precision medicine and therapeutic design for effective drug distribution and improved response using generative AI of complex tissue.

Increasing clinical trial success rates in the most high-unmet-need brain diseases of our time.

Harnessing immune memory for mechanistic biomarkers and companion diagnostics.

Transforming drug development with miniature human intestines that replace animal testing and predict patient outcomes.

Designing modular receptors to overcome therapeutic limits in cell therapy using an AI-powered protein design engine.

Enabling human tissue-based GI drug discovery.

Using biology-informed AI to design safer, more effective peptide therapeutics and unlock new druggable targets.

Automating cell culture with intelligent robotics to boost scalability, consistency, and speed in life science research.

Engineering next-generation cancer therapies by reprogramming proteins to act selectively within tumors

Using functional precision medicine to reduce clinical trial failures

Accelerating RNA therapy development for faster and more effective results

Unlocking precision preventive care through AI-enabled pipelines that translate evolving guidelines into action
Hitting the next generation of targets in inflammation and immunology

Building a no-code, high-fidelity SaaS platform for AI-driven disease simulations

Improving the efficacy and developability of small-format soluble TCRs to address cellular heterogeneity in diseases

Using foundational discoveries in glycobiology to transform biologic drug development.

Making brain health screening as routine and accessible as any other essential health check.

Unlocking novel treatments and biomarkers for neuro conditions through precision medicine.

Powering personalized medicine via big molecular data directly from patients.

Manufacturing powdered, thermally stable biologics and vaccines using innovative room-temperature dehydration technology.

Developing software to help research scientists design optimized in vivo models to reduce costs, accelerate timelines, and identify effective therapeutics.

Determining treatment effectiveness and discovering new biology using AI enabled nanosensor technology.

Creating the first programmable platform to advance transformative therapies for patients

Building an AI scientist to speed up discovery.

Serving as a single source of truth for preclinical operations: coordinating labs, data, and software programs on one platform.

Integrating AI, computation, and biological automation to accelerate the design of novel proteome editors.

Designing precision immunotherapies targeting immune-immune cell interactions to radically improve cancer patient treatment outcomes.

Combining the study of proteins and their functions to facilitate the development of cancer drugs.

Optimizing the search for candidate molecules with a pretrained, deep learning, API-oriented platform.

Optimizing depression treatment through AI-driven precision psychiatry.

Transforming patient care and treatment via advanced 3D pose tracking AI to categorize patient mobility and behaviors.

Decoding protein grammar to expedite lead discovery and ensure successful clinical entry.

Making genomic insights instantaneous, simple, and accessible at every stage of research and therapeutic development.

Bring patients into the heart of cancer drug development and personalized medicine.

Predicting drug toxicity early with synthetic cell membranes and machine learning algorithms.

Designing rational combination therapies using AI to overcome clinically-relevant disease resistance mechanisms.

Harnessing machine learning and high-throughput assays to discover potent T-cell receptors for currently untreatable cancers.

Driving the discovery, development and manufacturing of the next generation of advanced therapies.

Understanding drug-bacteria interactions via first-principle computer simulation
Precision AI-Powered platform to maximize patient outcome for complex age-related diseases

Cutting edge AI/ML tools for drug discovery accessible to scientists in the biotech/pharma industry.

Building the AI validation infrastructure and highway to robust, safe, and equitable healthcare AI algorithms for all.

Optimizing high-quality bioinformatic software throughout development, accelerating the innovation and delivery of precision science & medicine.

Developing a multimodal prognostic platform to forecast disease progression in age-related disorders.

Empowering people to turn their health data into an asset.

Providing physiologically relevant in vitro human models of complex neurologic diseases to pharma companies for use in drug discovery and preclinical development.

Scaling frontier AI in vitro.

Building compartmentalized innervated organ-on-chip platforms with integrated electrophysiology.

Enabling novel pharmacology using an intracellular functional selection platform for molecular glues, degraders, and PPI disruptors.

Mapping phenomic gradients for high-throughput, comprehensive cell-state programming.

Accelerating clinical development with AI so that patients can access the best treatments earlier

Bringing clarity to cancer treatment decision-making and pharma clinical development
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