NanOlogy

NanOlogy

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Private Company

Total funding raised: $75M

Overview

NanOlogy is pioneering a novel intratumoral drug delivery platform to improve outcomes in solid tumors. Its proprietary Purcision™ technology creates excipient-free, large surface area microparticles (LSAMs) that act as a local drug depot, aiming to enhance tumoricidal effect and immunomodulation while drastically reducing systemic toxicity. With lead assets LSAM-PTX and LSAM-DTX having completed initial clinical trials, the company is positioned to address a significant unmet need across the spectrum of local and metastatic disease. The leadership team combines deep oncology drug development and commercial experience.

OncologySolid Tumors

Technology Platform

Purcision™ particle engineering technology that uses supercritical fluid CO2 to create Large Surface Area Microparticles (LSAMs) of pure drug for sustained-release intratumoral delivery.

Funding History

2
Total raised:$75M
Series B$50M
Series A$25M

Opportunities

The growing field of interventional oncology and precision intratumoral delivery presents a major opportunity to improve therapeutic outcomes for solid tumors.
NanOlogy's platform enables high local drug concentration with low systemic toxicity, making it an ideal candidate for combination with existing systemic therapies (chemotherapy, immunotherapy) to enhance efficacy without additive side effects.

Risk Factors

Key risks include clinical trial failure in later-stage studies, regulatory challenges for a novel delivery platform, dependence on securing ongoing financing as a private company, and competition from other localized therapy approaches.
Successful adoption also depends on physician training in intratumoral injection techniques.

Competitive Landscape

NanOlogy competes in the intratumoral therapy space, which includes other drug-releasing depot technologies, oncolytic viruses, and gene therapies. Its differentiation lies in the excipient-free, pure-drug LSAMs capable of sustained release. Competition also comes from evolving systemic standard-of-care regimens and other minimally invasive ablative techniques.