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Governor Kathy Hochul has unveiled plans for New York BioGenesis Park, a groundbreaking $430 million Cell and Gene Therapy (CGT) Innovation Hub in Nassau County, Long Island. To be developed by The Albanese Organization, Inc., this state-of-the-art facility would catalyze CGT research, development, clinical manufacturing, and commercialization across New York State. With a historic $150 million state investment—the largest nationwide for a cell and gene therapy hub—NYBGP would accelerate the delivery of new therapies from lab to patient in New York's diverse communities. This transformative hub aims to establish New York as the leading global destination for CGT innovation, driving economic growth, attracting top talent, and revolutionizing patient care statewide and beyond.
The Center for Biotechnology is thrilled to be counted as a partner in this effort, and is looking forward to working with our colleagues in the initiative to help catalyze and accelerate life-changing therapies.
New York BioGenesis Park is envisioned as a cutting-edge, full-service campus dedicated to advancing cell and gene therapies and accelerating their commercialization. At full build-out, the 700,000-square-foot park would create an end-to-end Cell and Gene Therapy innovation and supply center, featuring interconnected areas for public engagement, research, manufacturing, and collaboration.
A cornerstone of New York BioGenesis Park is its incubator, supported by a $50 million investment from ESD's Long Island Investment Fund. This facility will empower early-stage therapeutic developers by offering state-of-the-art wet lab space, shared equipment, office space, and other essential resources. This nurturing environment would provide Cell and Gene Therapy companies with access to specialized equipment, mentoring, and stage-appropriate financial guidance. As a critical component of New York BioGenesis Park, the incubator is poised to catalyze the growth of promising Cell and Gene Therapy companies by providing them with resources and support, unlocking their potential for innovation and success.
New York BioGenesis Park would foster strong ties with academic and medical institutions throughout New York, creating a robust ecosystem for Cell and Gene Therapy innovation. Collaborating with the Empire State Cellular Therapy Consortium and world-class institutions like Cold Spring Harbor Laboratory, the Feinstein Institutes, Northwell Health, Roswell Park, Stony Brook University, Weill Cornell, Columbia University and others around the state, New York BioGenesis Park would enhance research synergies and accelerate medical breakthroughs. This ecosystem would bring together experts in advanced Cell and Gene Therapy therapies, offering specialized facilities, services, and resources to both tenants and collaborating institutions. By facilitating cutting-edge science, innovative technology development and novel approaches to clinical trials, New York BioGenesis Park would ensure New York's institutions remain globally competitive in groundbreaking Cell and Gene Therapy research and commercialization.
Read the press release of Governor Hochul's announcement here:
https://www.governor.ny.gov/news/governor-hochul-launches-next-phase-long-islands-nation-leading-cell-and-gene-therapy
[post_title] => Long Island to be location for Nation-Leading Cell and Gene Therapy Innovation Hub: New York BioGenesis Park.
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[post_content] => Vitatex, a Stony Brook-based biotechnology company located in the Long Island High Technology Incubator, has announced that it was awarded an SBIR Phase I/II Fast Track contract in September 2015 from the National Cancer Institute (NCI) for its Vita-Cap™ CTC Capture and Preservation tubes. A modification to exercise the option for a two-year SBIR Phase II of the contract was executed on June 8, 2016.
Vitatex Inc. provides proprietary invasive circulating tumor cell (iCTC) enrichment technology and products to develop revolutionary cancer genetic and cell tests. These "liquid biopsies" focus on next generation sequencing (NGS) detection, gene expression profiling and flow cytometry and have recently been adopted by the clinical laboratory community to characterize cancer cells and/or their RNA/DNA in blood samples non-invasively and serially, and to acquire genetic alternations and drug resistance information, which have the potential to replace tests run on surgical biopsies.
Clinical metastasis of solid tumors is linked to blood-borne dissemination of viable tumor cells in the circulation and clinical instrumentation is now available to isolate, enumerate, culture, generate metastatic mouse models and perform molecular analyses on these circulating tumor cells (CTCs). However, CTCs are fragile and tend to degrade within a few days when collected in standard blood collection tubes.
"The functional CTC preparation tube is designed to collect, enrich and preserve the viability/functionality of cancer cells in blood all within a closed system" said Wen-Tien Chen, PhD., Chief Scientific Officer of Vitatex. "The goal is to define conditions of Vitatex CTC preparation tubes for capturing and preserving cancer cells in the blood of patients with breast, ovarian and other types for up to 96 hours of transit."
Specific terms of the contract were not disclosed.
[post_title] => Vitatex Awarded NCI Contract
[post_excerpt] => Stony Brook biotech company, Vitatex, has announced it was awarded an NCI Contract for Circulating Tumor Cell (CTC) Capture and Preservation Tubes.
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[post_content] => Accelerating the development of biomedical technologies
The Center for Biotechnology at Stony Brook University, on behalf of the Long Island Bioscience Hub (LIBH), has announced the recipients of the second round of funded projects under the Hub’s technology development and commercialization initiative. Funding for ten projects totaling $600,000 was awarded to applicants from the Hub’s partner institutions. Partner institutions include Stony Brook University, Cold Spring Harbor Laboratory, Brookhaven National Laboratory, and the Feinstein Institute at Northwell Health Systems.
The technology development awards made available by the LIBH are specifically aimed at growing a pipeline of commercially promising biomedical technologies that can be out-licensed for further development or serve as the foundation for new company formations in the region. There are two tiers of funding, each with the goal of accelerating technology development to reach a critical development inflection point. Feasibility awards ($50,000) are designed to rapidly test the feasibility of new ideas in a “fail-fast-or-proceed” format, or to add value to existing intellectual property leading to new market applications. Proof-of-Concept Awards ($100,000) provide targeted, milestone driven support for further development, testing, and analysis of existing intellectual property.
A wide range of disciplines are represented in the project awards this cycle including biomedical engineering, chemistry, biochemistry, psychiatry, molecular genetics and microbiology, and pathology and dermatology. Eight Feasibility awards and two Proof of Concepts awards have been funded this cycle. The recipients of this round of awards are:
Feasibility Awards
Therapeutic for Clostridium difficile antibiotic-associated diarrheal disease – Dr. James Bliska
Device for rapid, simple and highly parallel single-cell processing – Dr. Eric Brouzes
Developing a small molecule drug to treat systemic C. albicans infections – Dr. Nick Carpino
Next generation hedgehog inhibitor for invasive basal cell carcinoma – Dr. Jiang Chen
A Novel Strategy for Recombinant AAV Vector Production for Gene Therapy – Dr. Patrick Hearing
A tandem-integration-based multi-barcode method for high-throughput combinatorial screening – Dr. Sasha Levy
Novel CAIX Targeted Combination Inhibitor/PET tracer to treat patients with solid tumors – Dr. Peter Smith-Jones
Substrate-Assisted Tethered Inhibitors of LigA to Treat MDR Gonorrhea – Dr. Peter Tonge
Proof of Concept Awards
fMRI Dynamic Phantom for Improved Detection of Resting-State Brain Networks - Dr. Lilianne Mujica-Parodi
Development of SMASH technology as a next-gen sequencing diagnostic for congenital heart disease - Dr. Michael Ronemus
“The announcement of this second cycle of awards from the Long Island Bioscience Hub under the NIH-REACH program is exemplary of the increasing commercially relevant research taking place in the region” said Clinton T. Rubin, Ph.D., Distinguished Professor, Chair, Department of Biomedical Engineering, and Director, Center for Biotechnology. “Coupled with the recent expansion of the Hub to include the Feinstein Institute and the announcement of our third “request for proposals,” the LIBH is steadily working toward its goal of accelerating the translation of these technologies from the bench to the bed side.”
The main goal of the LIBH is to foster the development of therapeutics, preventatives, diagnostics, devices and research tools emerging from LIBH partner institutions that address diseases within the NIH’s mission.
Download a PDF of the press release here.
[post_title] => Long Island Bioscience Hub Announces Next Funded Projects
[post_excerpt] => The Center for Biotechnology, on Behalf of the Long Island Bioscience Hub (LIBH), has announced the recipients of the second round of funded projects under the Hub’s technology development and commercialization initiative. Funding for ten projects totaling $600,000 was awarded to applicants from the Hub’s partner institutions.
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[post_content] => Date: May 9, 10, 11, 2018
Accepting Applications: December 15, 2017 – Seating will be limited.
Unlocking the power of female leaders for a competitive and innovative future in STEM
Occupations in the fields of science, technology, engineering and mathematics are expected to continue to outpace non-STEM jobs over the next decade. Yet while women make up more than half of all workers with post-secondary degrees, only slightly more than a quarter of them are in core STEM fields. The Women in STEM Leadership Program encourages and equips women at all stages of their careers with the skills necessary to advance as productive and valuable employees in their chosen STEM fields.
Call 1-631-216-7518 or fill out the form below for detailed program information: Learn more & apply here.
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Governor Kathy Hochul has unveiled plans for New York BioGenesis Park, a groundbreaking $430 million Cell and Gene Therapy (CGT) Innovation Hub in Nassau County, Long Island. To be developed by The Albanese Organization, Inc., this state-of-the-art facility would catalyze CGT research, development, clinical manufacturing, and commercialization across New York State. With a historic $150 million state investment—the largest nationwide for a cell and gene therapy hub—NYBGP would accelerate the delivery of new therapies from lab to patient in New York's diverse communities. This transformative hub aims to establish New York as the leading global destination for CGT innovation, driving economic growth, attracting top talent, and revolutionizing patient care statewide and beyond.
The Center for Biotechnology is thrilled to be counted as a partner in this effort, and is looking forward to working with our colleagues in the initiative to help catalyze and accelerate life-changing therapies.
New York BioGenesis Park is envisioned as a cutting-edge, full-service campus dedicated to advancing cell and gene therapies and accelerating their commercialization. At full build-out, the 700,000-square-foot park would create an end-to-end Cell and Gene Therapy innovation and supply center, featuring interconnected areas for public engagement, research, manufacturing, and collaboration.
A cornerstone of New York BioGenesis Park is its incubator, supported by a $50 million investment from ESD's Long Island Investment Fund. This facility will empower early-stage therapeutic developers by offering state-of-the-art wet lab space, shared equipment, office space, and other essential resources. This nurturing environment would provide Cell and Gene Therapy companies with access to specialized equipment, mentoring, and stage-appropriate financial guidance. As a critical component of New York BioGenesis Park, the incubator is poised to catalyze the growth of promising Cell and Gene Therapy companies by providing them with resources and support, unlocking their potential for innovation and success.
New York BioGenesis Park would foster strong ties with academic and medical institutions throughout New York, creating a robust ecosystem for Cell and Gene Therapy innovation. Collaborating with the Empire State Cellular Therapy Consortium and world-class institutions like Cold Spring Harbor Laboratory, the Feinstein Institutes, Northwell Health, Roswell Park, Stony Brook University, Weill Cornell, Columbia University and others around the state, New York BioGenesis Park would enhance research synergies and accelerate medical breakthroughs. This ecosystem would bring together experts in advanced Cell and Gene Therapy therapies, offering specialized facilities, services, and resources to both tenants and collaborating institutions. By facilitating cutting-edge science, innovative technology development and novel approaches to clinical trials, New York BioGenesis Park would ensure New York's institutions remain globally competitive in groundbreaking Cell and Gene Therapy research and commercialization.
Read the press release of Governor Hochul's announcement here:
https://www.governor.ny.gov/news/governor-hochul-launches-next-phase-long-islands-nation-leading-cell-and-gene-therapy
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