Interventional Radiology Innovation at Stanford (IRIS)

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Center for Interventional Radiology Innovation at Stanford

IRIS

Center for Interventional Radiology Innovation at Stanford (IRIS)

Developing innovative approaches and technologies for the delivery of advanced therapies and diagnostics

IRIS aims to pioneer the development of new minimally invasive image-guided innovations by bridging world-class clinical radiologists and interventionalists with Stanford's unique innovative infrastructure and Silicon Valley's entrepreneurial ecosystem.

Structure

The goal of IRIS is to provide the resources to efficiently facilitate both forward and reverse translational projects to help faculty and industry partners in validating and moving forward new minimally invasive devices, therapies, technologies and approaches from the benchtop to the patient’s bedside.

The Reiter and Andersen Families

Highlights

Through generous support from the Reiter and Andersen families, IRIS is pioneering groundbreaking research to explore and develop novel delivery strategies, devices and technologies to facilitate islet transplantation to help drive towards a cure for diabetes.

Highlights

Through generous support from the Reiter and Andersen families, IRIS is pioneering groundbreaking research to explore and develop novel delivery strategies, devices and technologies to facilitate islet transplantation to help drive towards a cure for diabetes.

Director's Message

Today’s advancements in medical imaging and devices allow unprecedented precision and minimally invasive access to almost every part of the human body. However, these techniques are often underutilized for both conventional and emerging advanced therapies and diagnostics. IRIS seeks to bridge this gap by fostering a collaborative environment that brings together scientists, engineers, physicians, healthcare providers, and industry partners. By forming these interdisciplinary teams, IRIS will develop unique and innovative solutions that augment Precision Diagnosis and Precision Delivery approaches across all medical fields – this ranges from health maintenance to disease treatment and even tissue regeneration and replacement. At IRIS, we aim to provide resources for faculty and industry partners, ranging from consultation advice on how best to translate current and emerging technologies and therapies into living subjects, to preclinical testing and validation of new approaches and devices, all the way to clinical trial implementation in both pediatric and adult patients.

Dr. Avnesh Thakor

Location

IRIS is located in the heart of Silicon Valley in the Innovation Park at Stanford University, with links to the wider university campus, the adult hospital (SHC) and the children’s hospital (LPCH).

News

Publications

The Third Pillar of Precision Medicine – Precision Delivery

Thakor, AS. The Third Pillar of Precision Medicine – Precision Delivery. MedComm 2025; 6:e70200. 

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Case Series of Precision Delivery

Levitte, S, Yarani, R, Ganguly, A, Martin, L, Gubatan, J, Nadel, H, Franc, B, Gugig, R, Syed, A, Goyal, A, Park, KT, Thakor, AS. Case Series of Precision Delivery of Methylprednisolone in Pediatric Inflammatory Bowel Disease: Feasibility, Clinical Outcomes, and Identification of A Vasculitic Transcriptional Program. J Clin Med. 2023 Mar 20;12(6):2386.

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High-resolution sterolithography: Negative spaces enabled by control of fluid mechanics

Coates, IA, Pan, W, Saccone, MA, Lipkowitz G, Ilyin D, Driskill, MM, Dulay, MT, Frank, CW, Shaqfeh, ESG, DeSimone, JM. High-resolution stereolithography: Negative spaces enabled by control of fluid mechanics. Proc Natl Acad Sci USA. 2024 Sep 10;12137): e2405382121.