Research Project
8745193
OmniCyte, and its collaborative STTR project with NYU Medical Center, were dramatically impacted by the natural disaster, hurricane Sandy. Sandy hit only one month into our project and it is only in the last two weeks have we been able to get back into our lab at NYU. We have endured 11 months of being dislodged. During that time we have lost most biological resources as well as access to key equipment. Despite challenges form Sandy, OmniCyte is dedicated to the development of novel targeted treatments for T-Cell malignancies. The company will pursue the development of a commercial diagnostic specifically targeted at a subgroup of T-cell malignancies, including Acute Lymphoblastic Leukemia (ALL). Because T-cell lymphomas and leukemias generally make up the minority of each type of lymphoma and leukemia, and therapeutics are traditionally developed to treat the majority, it is not surprising that Tcell malignancies often do not respond as well to therapeutics. Thus they require more intense treatment that results in worse side effects, and when there is recurrence it is most often deadly. Therefore, not only is there a need for more emphasis on therapeutics for T-Cell cancers, there is a need to improve the arsenal of diagnostics to complement that emphasis. hRgr is a novel oncogene that has been found to be mutated and over-expressed in numerous T-cell cancers. It has also been shown to be transforming in in vitro and animal models. When inactivated, hRgr has been shown to reverse transformation in T-cell malignancies. OmniCyte, in collaboration with NYU Medical Center, plans to develop a diagnostic, for prognosis, to determine treatment options, and to complement the development of a small molecule therapeutic targeted at hRgr. For the diagnostic we will attempt to develop both a monoclonal antibody that can be used in Flow Cytometry (to detect the presence of the mutant protein in permeablized cells) as well as a monoclonal antibody to be used in immunohistochemistry. Both assays are currently being used for diagnosis and prognosis of hemopoetic malignancies, and the availability of both assays will make testing for the expressed activated oncogene possible at institutions of various sizes and capabilities. For our companion diagnostic, it may be possible to use the RT-PCR assay already employed in our lab. While we have begun to develop a therapeutic to treat these malignancies, the diagnostic assays are of paramount importance to stratify the study subjects of a clinical trial. Additionally, the diagnostics will be necessary to target the minority subset of patients that may benefit from a therapeutic. Possibly more importantly, the assay may offer prognosis information and may direct the therapeutics used in treatment of hemopoetic malignancies, particularly to avoid relapse and/or following relapse. It is our great desire to develop a clinical diagnostic to aid in the targeted treatment of cancer. To effectively realize the commercial potential of our efforts we hope to enjoy incentives such as Orphan Drug Status, which provides grant opportunities, FDA approval support, and 7 year market exclusivity. Additionally, the company has already begun to leverage foundation support and that of altruistically interested individuals. Finally, we are positioning the program and its intellectual property so that it will be of interest to pharma companies and other institutional investors when we reach critical clinical milestones.
