Pharmaceutical Oncology

Biography

Biography: Arkesh Mehta

Abstract

To keep up with the pace of change required to deliver a compelling precision therapeutic product and to leverage emerging technologies, we propose a three-tier architecture that provides numerous benefits. It allows a drug developer the opportunity to extend, modularize, and be able to configure their lead compound in a clinical candidate. The architecture shortens time to market and reduces the cost to integrate new clinical functionalities into clinical-outcome focused, patient-centric precision therapeutic.  It can also maximize patient adoption through the flexibility it provides when integrating patient-friendly properties into existing drug formulations and therapeutic applications. “3-tier precision therapeutic architecture is a therapeutic drug-clinical functionality architecture in which the functional process logic, drug release, targeting function and clinical function interface are developed and maintained as independent modules”. A “tier” in this case can also be referred to as a “layer”. The three tiers, or layers, involved include: (a) A presentation layer that sends drug molecules to target sites in the form to elicit optimal efficiency. This might leverage clinical functions like targeting, protection from host defense, and ondemand controlled release, etc. (b) A clinical functional layer that uses an fictional fabric layer and processes the business logic for the seamless integration of clinical functionalities. (c) A drug core which is at the heart of the precision therapeurtic. This could be a single drug, acombination drug, immunooncology drugs or CRISPR/Cas system. Here we present outline of NanoBindi-a precision therapeutic development platform that meets all these objectives to turn lead candidates to clinical candidates.