3D PARS is a virtual launch pad that provide product driven consultation support to a variety of industries including biotech/pharma. 3D PARS work with core facilities for fast track product development and prototyping efforts.

The goal at Ascribe BioScience is to commercialize small molecules isolated from plant parasitic nematodes as plant biostimulants to control a range of economically important crop diseases. The science behind our product is published in a Nature paper available here: www.nature.com/articles/ncomms8795.

Bactana’s microbiome discovery platform enables development of products and therapeutics through the use of recent advances in molecular and DNA sequencing methods used to study microbial ecology.

Circuit is a company that brings hundreds of thousands of new patients into the clinical research process. Circuit provides sponsors a complete patient recruitment enrollment and retention strategy. Circuit's proprietary platform, Current, generates cost saving performance analytics.

CNYBAC incubates and accelerates university-industry partnerships that discover, design, develop, and deploy innovative products for the bioscience marketplace.

Cormac Life Sciences, LLC (CLS) is a Veterans Affairs and New York State certified Service-Disabled Veteran-Owned Small Business (SDVOSB) delivering life sciences research and support services. CLS provides expertise across a range of biopreparedness disciplines to include biosurveillance, basic and translational sciences, clinical research, and essential support services such as quality assurance, regulatory affairs services and grants management. CLS is led by physician-scientists, technology executives and health care business development experts with established connections across government, industry and academia. CLS’ mission is to support global health security and biopreparedness objectives. CLS is committed to providing innovative, agile, and client-centered solutions with a focus on New York State and U.S. Government clients.

Dimensional Energy is developing a platform for photochemistry to produce environmentally responsible polymers and chemical intermediaries for industrial partners.

Dynamic Boundaries is a biotechnology company developing a safe and cost-effective injectable treatment for osteoarthritis that provides lasting protection against further joint damage.

Ecolectro is a chemical company that develops and manufactures enhanced specialty polymers for clean energy, chemical and water applications. The company holds exclusive license and patents to a group of novel polymers developed at Cornell University that possess high mechanical strength, high anionic conductivity and high chemical stability. Their innovative technology represents a significant advance in materials science with multiple industrial uses. 

Efferent Labs is a preclinical-stage company focused on implantable biosensors. Its CytoComm™ Living Biosensor System uses living cells; a powerful tool to study life processes, to assess cellular function and biological signaling in vivo. The system transmits patient-specific data to the cloud, where it accessible in real-time by clinicians and researchers.

EndoGlow designs and distributes a line of medical devices that integrates Tissue Reveal Technology™ into surgical and medical procedures. Tissue Reveal Technology™ allows the medical team to visualize critical anatomy, appraise relative tissue depth and evaluate subsurface pathology.  EndoGlow’s medical devices fluoresce under near infrared imaging which provides enhanced visualization and medical efficiency when it is most needed.  

Esper Biosciences Inc. is an early-stage biotechnology company developing a nanoscale sensor for high-speed DNA sequencing. The company aims to reduce the cost of sequencing to broaden its range of targetable applications, especially in the area of medical diagnostics, where low-cost DNA sequencing offers the potential to replace many tests for individual biomarkers with a single test for many biomarkers.

Ichor Therapeutics, Inc. is a biotechnology company and pre-clinical contract research organization headquartered in LaFayette, NY. The company operates two research programs which broadly focus on cancer and eye disease. Ichor also performs contract research for corporations, non-profit organizations, government agencies, and high net worth individuals.

Since Ionica Sciences was founded by Dr. Omar Green and Dr. Joel Tabb in 2013, we have been developing a platform disease diagnostic that has the flexibility to detect vector borne, sexually transmitted, and neurological diseases, among others. Combining well established spectroscopic methods, with new materials tailored for use this setting, and statistical methods, this approach has the potential to change how many diseases are diagnosed.

Their initial target is Lyme disease, the fastest growing vector borne disease in the United States, according to the CDC. The improved test, IonLyme, will provide clinicians critical information not available to them currently, allow Ionica to demonstrate the principle of the platform, and rapidly expand the diseases that can be identified using this cutting edge technology.

iuvo BioScience is a contact R&D and ethylene oxide sterilization provider for the medical device and pharmaceutical industries.  Services provided: analytical chemistry, microbiology, cytotoeicology, in-vitro vin-vino toxicology, consulting/regulating, PM, Quality.

Caring for the world, one person at a time, inspires and unites the people of Johnson & Johnson. They embrace innovation - bringing ideas, products and services to life to advance the health and well-being of people around the world. They believe in collaboration, and that has led to breakthrough after breakthrough, from medical miracles that have changed lives, to the simple consumer products that make every day a little better. Johnson & Johnson has over 125,000 employess in 60 countries and they are united in a common mission: to help people everywhere live longer, healthier, happier lives.

NextCorps is a group of entrepreneurs, advisors, venture capitalists and staff committed to creating the next generation of world-changing Rochester technology companies. Headquartered in iconic Sibley Square, NextCorps provides a space designed for collaboration and “creative collisions” along with the meeting, lab and fabrication resources that your startup will need to thrive.

Diagnostic technology platform - primary markets served: business to business tier one players

Pharmaceutical manufacturing/quality monitoring

Prescription Control Systems seeks to reduce the number of patients addicted to prescription narcotics by having pharmacies fill prescriptions in a portable device which dispenses the drugs only at the rate designated by the prescribing doctor.

Quadrant Biosciences works with top academic institutions, medical researchers and engineers to translate breakthrough findings into thoughtfully developed and scientifically sound assessment applications.

Their evolutionary advancements in brain health assessment, autism and Parkinson’s detection, will have a significant impact on the way clinicians approach the diagnosis and treatment of these serious conditions going forward. Supported through private and state funding, one of these key technologies, ClearEdge, is currently available in the market and the others are slated for a 2018 release.

At Regeneron employees work every day to bring innovative thinking to the challenge of discovering and developing new medicines. Regeneron’s pursuit has one singular intent: to improve therapeutic outcomes for patients.

Repair Biotechnologies is a biotechnology company with the mission to develop and bring to the clinic therapies that significantly improve human healthspan through targeting the causes of age-related diseases and aging itself.

Repairogen is a breakthrough in skin repair that will improve the appearance and health of your skin. 

Sanabit is a breakthrough technology that uses magnetic fields to boost productivity of the cell, resulting in healthier tissue. They make non-invasive, non-chemical products that help wounds heal faster by stimulating the body's natural mechanisms. SANABIT is focused on translating this early breakthrough research into a beta product that will be attractive for a large range of medical applications. Reducing the time a patients spends in the hospital has significant implications for hospital efficiency, patient satisfaction, and cost.

Tactiva Therapeutics is focused on cancer research and drug development. They are taking the fight to cancer by developing “Next Generation” adoptive cell therapy (ACT) strategies that deliver lethal hits to cancer cells. Their approach provides robust and sustained immune attack on tumors by infusing large numbers of patients’ own T cells that have been re-programmed to recognize, attack and destroy cancer cells.

Many patients aren't aware that clinical trials are a care option. However, clinical trials ensure access to their physician, which helps reduce any gaps in care. People have a hard time learning about clinical trials, and are hesitant to ask questions. People need a singular resource, and TrialScout is here to guide them on that clinical trial journey.

Zetagen Therapeutics Inc., is an early stage regenerative medicine company that is creating bone regeneration solutions for a number of high volume clinical applications for use by orthopedic surgeons. Based on technology developed at SUNY-Upstate Medical University, Zetagen's product addresses the large unmet need for devices that promote safe and robust bone growth in the $4B bone regeneration market. The Zetagen bone regeneration device grows bone by activating a novel molecular pathway in mesenchymal stem cells. The serendipitous discovery of this pathway has led to the commercialization by Zetagen of the first-ever, small molecule-based osteo-inductive technology. As opposed to other products on the market that contain biologic growth
factors, which have declined in use precipitously due to high cancer risk and other side effects, Zetagen's solution is more effective at growing bone, has a unique safety profile, and is significantly less costly to manufacture.

Optimizing enzyme immobilization to create unique, sustainable and responsible processes for high performance biocatalysis.