News

Update July 2016: Winners of Nanotechnology Startup Challenge in Cancer Announced

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The National Cancer Institute has partnered with the Center for Advancing Innovation (CAI) to launch the Nanotechnology Startup Challenge in Cancer or NSC2. The Challenge is centered on commercially viable, nanotechnology cancer-related inventions conceived by the NCI. Once accepted into the Challenge, international teams will compete by selecting one of these intramural inventions, and creating a business plan to launch a startup. Alternatively, teams may also elect to bring other commercially viable, nanotechnology cancer-related inventions into the challenge that are not from NCI. The primary goal of the Challenge is to stimulate the creation of start-up businesses to advance development and commercialization of these nanotechnology inventions. NSC2 started accepting entries on October 12, 2015 and will continue to accept them until March 14, 2016. Those teams will then move into the second phase of the challenge and work to create and present their business plans and pitch to a panel of judges spanning industry, venture capital, serial entrepreneurship, government and more . To learn more about NSC2, the inventions, and how to enter, visit http://www.NSCsquared.org.

NSC2 is the third NIH Startup Challenge and is based upon the award-winning model created by the Breast Cancer Startup Challenge, followed by the Neuro Startup Challenge (see Challenge.gov Celebrates Five Years of Open Innovation).

The Federal Laboratory Consortium for Technology Transfer(FLC) of the Mid-Atlantic Region recognized outstanding efforts in the field of technology transfer, including honoring NCI TTC with two awards, at its November 2015 annual meeting in Maryland. NCI TTC received the “Excellence in Technology Transfer” honors for its work supporting two efforts, entitled: “First FDA approval:  combination therapy for rare childhood cancer, Neuroblastoma,” and “Development of First Immunotherapy to Treat Chordoma, Rare Bone Cancer.” http://www.flcmidatlantic.org/awards/2015/

The FLC for Technology Transfer (FLC) is the nationwide network of federal laboratories that provides the forum to develop strategies and opportunities for linking laboratory mission technologies and expertise with the marketplace. The FLC “Excellence in Technology Transfer” award “recognizes employees of FLC member laboratories and non-laboratory staff who have accomplished outstanding work in the process of transferring federally developed technology.”

To learn more about the “First FDA approval:  combination therapy for rare childhood cancer, Neuroblastoma,” see:

• “Technology transfer’s important role in discovery-to-commercialization story of FDA-approved immunotherapy to treat rare childhood cancer”,
• “FDA Approves First Therapy for High-Risk Neuroblastoma,” “United Therapeutics Receives a Rare Pediatric Disease Priority Review Voucher following the Approval of Unituxin for Pediatric High-Risk Neuroblastoma”

To learn more about “Development of First Immunotherapy to Treat Chordoma, Rare Bone Cancer,” see:

•  Phase 2 chordoma clinical trial, partner press release

Kite Pharma Inc. announced on Oct. 20 that it had entered into another exclusive commercialization license with the National Institutes of Health. This license covers T cell receptor immunotherapy technologies developed in collaboration with the National Cancer Institute's Surgery Branch, led by Dr. Steven Rosenberg, MD, PhD, for the treatment of lung, gastric, pancreatic and breast cancer. As part of the licensing agreement, Kite Pharma will give the NIH an upfront payment and royalties on product sales and clinical and regulatory milestone payments.

The National Cancer Institute, under a cooperative research and development agreement with Kite, is conducting two clinical trials of candidates for T cell immunotherapies that would target melanoma-associated antigens.

An immunotherapy drug 20 years in the making called dinutuximab (ch14.18) is providing a newly approved treatment for infants and children with neuroblastoma, a rare cancer. The NCI Technology Transfer Center played an important role in this discovery-to-commercialization story through negotiation of a Cooperative Research Agreement (CRADA). Specifically, ch14.18 was provided for NCI-funded clinical studies through NCI’s Biopharmaceutical Development Program (BDP), and produced under NCI contracts/sub-contracts.  A TTC-negotiated CRADA allowed for transfer of the NCI BDP's evolving drug production process to United Therapeutics Corp., (UTC), a company that would take the product to licensure. The TTC-negotiated CRADA also allowed for NCI and UTC’s cooperative conduct of late-stage clinical trials of Ch14.18 that supported commercial development of Ch14.18 as a treatment in children with high-risk neuroblastoma.

Read more to learn about how ch14.18, now commercially known as Unituxin, received FDA approval. 

Also see: Harnessing the Power of Our Immune Systems to Treat Neuroblastoma: Discovery of Ch14.18 Immunotherapy

Reprinted from the Poster, NCI Frederick. (See http://ncifrederick.cancer.gov/about/theposter/content/fda-approves-immunotherapy-cancer-affects-infants-and-children)

FDA Approves Immunotherapy for a Cancer that Affects Infants and Children

By Frank Blanchard, Staff Writer

The U.S. Food and Drug Administration (FDA) recently approved dinutuximab (ch14.18) as an immunotherapy for neuroblastoma, a rare type of childhood cancer that offers poor prognosis for about half of the children who are affected. The National Cancer Institute’s (NCI) Biopharmaceutical Development Program (BDP) at the Frederick National Laboratory for Cancer Research produced ch14.18 for the NCI-sponsored clinical trials that proved the drug’s effectiveness against the disease.

“It’s pretty cool,” said Doug Gaum, director of Quality Assurance at BDP, which also provided technical and regulatory support in transferring the technology, under an NCI Cooperative Research and Development Agreement, to United Therapeutics Corporation of Silver Spring, Md., and Research Triangle Park, N.C., for commercial production.

Neuroblastoma arises in infants and young children as a tumor of immature cells of the peripheral nervous system. More than 650 cases are diagnosed each year in North America, mostly in children under age 5, and more than one-third of these cases are diagnosed in infants, according to NCI. Half of all patients have a high-risk form of the disease and a poor prognosis. Dinutuximab is designed to benefit these high-risk patients.

Approval Was 25 Years in the Making

It was a long road to clinical approval. The lead scientist and study chair of the clinical trials, Alice Yu, M.D., Ph.D., University of California, San Diego, began pursuing ch14.18 as a cancer treatment about 25 years ago. BDP began producing the antibody for human testing in 1997.

During the Phase III trial in 2009, an interim analysis of results showed that ch14.18, given along with two immune-stimulating agents, was definitively effective. Among the 226 patients (median age 3.8 years) who received the combined therapy, 66 percent were alive and free of neuroblastoma after two years, compared with 46 percent in the control group, who received only the standard therapy.

As a result, the control group began to receive the combined therapy right away, and this became the new standard of treatment for pediatric neuroblastoma. Patients from the United States, Canada, Australia, and New Zealand enrolled in the trial to receive the drug, and BDP manufactured additional supplies to meet the demand. Results of the clinical trial were published in the New England Journal of Medicine in September 2010.

“After decades of pursuits, I am pleased to see that dinutuximab has received FDA approval and may now benefit high-risk neuroblastoma patients,” Yu said in a news release from United Therapeutics Corporation, which will manufacture and market the drug under the brand name UnituxinTM.

“This is not only the first successful immunotherapeutic to target a non-protein antigen, but also to be developed from an Investigational New Drug application through Phase III trials largely through investigator-initiated effort and NCI support,” Yu said.

The FDA approval calls for using Unituxin in combination with two immune-boosting compounds (IL-2 and GM-CSF) and the anticancer drug cis-retinoic acid. Unituxin links to cells of the immune system (natural killer cells and granulocytes) and directs those cells to attack and kill tumor cells.

Several members of BDP have been instrumental in supporting this project over the years. For Beverly Keseling, manager, Cell Culture, it was one of her first assignments when she joined Leidos Biomed, then named SAIC-Frederick, in the 1990s. Steve Giardina, Ph.D., a former employee, worked directly with NCI, the FDA, and Health Canada on issues of patient safety and product characterization. Keseling, Samir Shaban, manager, Manufacture, and their teams managed the bioreactor and purification units that worked extraordinary hours to ensure that the supply of ch14.18 met the demand for the drug during the transitional period prior to FDA approval. Sheryl Ruppel, director, Regulatory Affairs, and her group worked extensively with NCI’s Cancer Therapy Evaluation Program, the FDA, and Health Canada in developing regulatory submissions and ensuring that reviews stayed on track.