The Institute for Systems Biology (ISB) and NED Biosystems (NED) will collaborate on an intriguing clinical trial that aims to use a cocktail of several marketed medications at low doses to reverse cancer’s onset or regrowth. Leroy Hood, MD, PhD, co-founder of ISB and Rebecca Lambert, founder and CEO of NED Biosystems, announced the deal at the end of October.
The Phase 1b/2 clinical trial will use NED-170, which was designed as a systems biology approach. The regimen combines repurposed, marketed drugs, and nutraceuticals that are documented to affect critical cancer disease-driver processes in people. It employs smaller doses in an effort to avoid toxicity and side effects.
“NED is a totally new type of therapy,” says Sui Huang, MD, PhD, an ISB professor. “We are pioneering a systems biology approach to cancer.”
The trial will use multi-dimensional monitoring of the tissue surrounding tumors using a blood test that employs the latest ultra-sensitive, hyper-personalized, proteomics technologies. This approach can measure traces of more than 3,000 distinct proteins at once that reveal many processes in the tumor tissue, thereby offering evidence about which of the individual agents in NED-170 will be useful for a particular patient.
“We use the Olink technology for proteomics, which changes everything,” says Huang, “With our omics expertise and these tools we can provide a truly systems view of what’s happening in patients.”
NED-170 was evaluated pre-clinically for tolerability and efficacy using a murine xenograft model. The company also has a compassionate expanded access program for patients with advanced tumors who either seek alternatives to standard-of-care (SOC) chemotherapy or whose tumors have progressed through available SOC options.
“A systems biology approach is paramount—NED-170 is the multi-pronged treatment required to subvert cancer’s complex system,” says Hood.
The trial is designed to treat patients undergoing standard of care who lack an option for targeted therapy based on tumor genome sequencing. It will cover three indications representing large unmet needs: cholangiocarcinoma, triple negative breast cancer, and ovarian cancer.
NED is initially targeting the 50% to 80% of cancer patients whose tumors do not carry mutations for targeted therapy. Based on observational data, NED believes its systems treatment, when combined with standard of care therapies, may afford patients extended survival and enhanced quality of life.
The data collected from NED’s initial trial and follow-on clinical trials will serve to develop a database for ISB’s large study utilizing proteomics and NED-170 to optimize the systems approach for suppression of cancer progression based on driver processes in subclasses of patients.
High-dimensional profiling of a patient’s blood biochemistry baseline, the team says, can provide information about how the tumor bed is preparing for outgrowth before a the cancer is clinically detectable, which can be a different process in different patients. It can also tell precisely which biological processes a particular tumor relies on most to (re)grow in a given patient. NED believes uncommon quality of life improvements (and cost savings) may be achieved when a cancer patient is treated with evidence-based agents efficacious against key pathways even at low doses.
“By moderating multiple cancer progressing pathways and cancer stem cells at once, NED-170 affords a comprehensive systems approach never before available to cancer patients,” says Lambert. “The comprehensive blood profiling utilized to measure NED-170’s impact on pathways advances a personalized measurement of each patient’s unique cancer signature.”
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NED congratulates our Board Director Carolina Alarco on receiving LabCentral Ignite’s inaugural Ted W. Love Award for Individual Impact on Life Sciences Diversity, Equity, & Inclusion at the first annual bioDiversity Summit Awards Dinner on September 28, 2022.
Ms. Forlenza, a NY State Licensed CPA, brings over 35 years of experience in corporate finance to the Board. She has a proven track record leading privately and publicly held companies from inception to growth and profitability. Since founding LC Forlenza Advisory Services in 1987, she has advised over 250 long-tenured clients across the globe on a wide range of financial matters including tax and audit strategy, forensic accounting, mergers, and reporting. Throughout the 1980s and early 1990s, Ms. Forlenza led audit and tax relationships with international audit firms on behalf of global brokerage firms Bierbaum-Martin Inc and International Exchange Partners. She led operations for these firms in London, Dusseldorf, and New York. Ms. Forlenza has held numerous board positions advising companies on audit and tax-related matters and currently serves as Chair of the Audit Committee for the Board of Innodata Inc. She holds a Certificate in Forensic Accounting from NYU and BBA in Accounting from Iona College where she was the first and only female accounting major in her graduating class, and she has completed Executive Training Programs at Harvard Business School and The Wharton School.
Dr. El-Bardeesy is Associate Professor of Medicine at the Harvard Medical School and a leading authority on the causes of cancer. Dr. El-Bardeesy also serves as the Cholangiocarcinoma Foundation Scientific and Medical Advisory Board Co-Chair. Dr. El-Bardeesy additionally is Assistant Professor at Massachusetts General Hospital Cancer Center and is an instructor at the Dana-Farber Cancer Institute. Dr. El-Bardeesy is widely published on the molecular and cellular mechanisms that drive certain types of cancer.
Dr. Kurzrock is Professor of Medicine and Associate Director for Clinical Sciences at the University of San Diego Moore Cancer Center. She leads the Center’s clinical trial programs and heads its recently established Center for Personalized Cancer Therapy. Dr. Kurzrock’s distinguished track record includes leading one of the largest phase one clinical trial programs at the University of Texas MD Anderson Cancer Center, where she spearheaded an innovative approach that utilized advanced molecular technologies to match patients with targeted cancer treatment that optimized the possibility for response.