Platforms (The Science)
What if your body’s immune system could be taught to fight cancer at the tumor site?
What if your immune system created a vaccine response that protected against infectious diseases without needing a virus or device to deliver it?
Most of us know DNA as the building block of life. It codes for everything, for all the proteins in our bodies.
At Imunon, we’re pioneering the use of DNA as a therapeutic that codes for proteins which our body then uses to produce medicine where you need it, for as long as you need it.
We’ve created an innovative non-viral DNA platform with proprietary synthetic delivery systems and multiple potential indications, starting with a clinical focus on immuno-oncology and infectious diseases.
TheraPlas™
TheraPlas™ is a novel, nonviral delivery system for the development of immunotherapies and other anti-cancer nucleic acid-based therapies.
We’re bringing it to market focused on aggressive, hard to treat cancers, starting with advanced ovarian cancer.
There are 300,000 new diagnoses of Epithelial ovarian cancer (EOC) per year globally, 20,000 patients in the US alone¹, with 80% of diagnoses occurring in the late stage and a high recurrence rate.
Our IMNN-001 product is built on the TheraPlas™ platform, and targets the micro-environement of ovarian cancer via local production of safe and durable levels of a powerful anti-cancer immune agent, IL-12.
PlaCCine
PlaCCine is a novel platform for the development of nucleic acid vaccines for infectious diseases and cancer that leverages a multivalent approach and non-viral DNA technology to generate a robust humoral immune response as well as a robust and durable T-cell response.
More than 80 pathogenic viruses have been discovered since 1980, but less than 4% have a vaccine commercially available.²
That’s where the PlaCCine platform comes in…
Our team is developing an array of prophylactic vaccines, with strong evidence of immunogenicity and durability of protection.
FixPlas
Our FixPlas platform is focused on the development of universal cancer vaccines, and we’ve initiated pre-clinical work for IMNN-201, which will develop a Trp2 tumor associated antigen cancer vaccine in melanoma.
IndiPlas
Our IndiPlas platform is focused on the development of personalized (neoepitope) cancer vaccines, and we’re preparing to initiate pre-clinical work for IP-Y.
¹Source: Cancer Statistics, American Cancer Society; Globocan; SEER database. Global Cancer Statistics 2022, CA Cancer J Clin. 2024;74:229-263
²Sources: Institute of Medicine (US) Forum on Microbial Threats(2009); Medscape Medical News(2008); Lederburg, J. Emerging Infectious Diseases from the Global to the Local Perspective: A Summary of a Workshop of the Forum on Emerging Infections(2001); National Institute of Health(US) Biological Sciences Curriculum Study(2007); Holshue, M. et al. NEJM (2020); Bush, L. Emerging… and Re-emerging Infectious Diseases(2015); Gibbs, AJ.Virology(2009); CDC Zika Overview; CDC Ebola About; Plotkin, S.A. Clinical Infectious Diseases(2006); Woolhouse, M.et al.PhilTransRSoc(2012);WHO H7N9 China Update(2018);Tapparel,C. et al. Virology(2013); Hepatitis B Foundation.History Page; Ho,