a.
permits measurement in single cells, e.g. from a biopsy sample or circulating tumor cells, allowing one to accurately capture the heterogeneity of microRNA expression in a patient and to observe individual populations of rare cells, such as cancer stem cells;
b.
allows measurement in serum samples, permitting diagnostics based on circulating cell-free microRNA expression;
c.
is applicable in intact live cells and, therefore, permits longitudinal studies, in which the “evolution” of the tumor cell phenotype is monitored in an intact cellular environment;
d.
is very sensitive, (nM sensitivity), since each cell can take up over 1x106 nanoparticles with multiple attached sensor oligonucleotides. Each miRNA mediates catalytic cleavage of its substrate, leading to powerful signal amplification resulting from the cleavage of millions of synthetic substrates on the nanoparticles by the cognate miRNA-RISC complex; and
e.
is inexpensive and rapid, necessitating a simple incubation of the test sample with the sensor and examination using any instrument that produces a fluorescence readout.
INTELLECTUAL PROPERTY
Our intellectual property, or IP, portfolio is directed to our drug candidates and their targeted use and development in specific patient populations and in specific therapeutic indications. Our portfolio currently consists of several patent families comprising issued patents, pending patent applications and new provisional patent applications. Patents for our lead therapeutic candidate, TTX-MC138, and the biomarker test patent (also issued in the UK) have issued, which we license under the MGH License as amended. The MGH patents for TTX-MC138 were filed only in the US, which we believe represents a significant portion of the total market. We intend to pursue new patents with broader coverage outside the U.S.
Therapeutic Patent Rights Assigned to TransCode
Compositions and Methods for Eliciting an Immune Response to Specific RNAs
•
Provisional (63/132,315) filed 12/30/20. Anticipate filing PCT.
Therapeutic Patent Rights (Covered under MGH License)
Therapeutic Nanoparticles and Methods of Use Thereof
•
US 9,763,891 — Granted (Issued September 2017). Expires 2032.
•
US 9,629,812 — Granted (Issued April 2017). Expires 2032.
•
US 10,463,627 — Granted (Issued November 2019). Expires 2032.
Compositions and Methods for Tunable Magnetic Nanoparticles
•
PCT/US 2020/63635 — Application filed December 7, 2020. PCT filed. Estimated expiration 2040.
Compositions and Methods for Immune Checkpoint Inhibition
•
PCT/US 2019/050003 — Application filed September 6, 2019. Corresponding national stage filings pending in Australia, Canada, China, Europe, Japan, Korea, and the United States. Estimated expiration 2039.
Agents and Methods for Treating Pancreatic Ductal Carcinoma
•
US 10,588,920 — Granted (Issued March 2020). Expires 2035.
Radiolabeled Therapeutic Nanoparticles and Methods of Using the Same
•
Provisional (63/109,298) filed November 3, 2020. Anticipate filing PCT.
Biomarker Patent Requests (Diagnostic test) (Covered under MGH License)
miRNA Profiling Compositions and Methods of Use
•
US 10,086,093 — Granted (Issued October 2018). Expires 2034.
•
EP 2961386 — Granted (Issued July 2019). Expires 2034