A scientist-run company

Engineering driven by
Neuroscience needs

Leadership

Leonardo Sileo

Leonardo Sileo

CEO & Founder
Marco Pisanello

Marco Pisanello

CTO
Founders

Mission

OptogeniX develops, manufactures, and commercializes innovative technologies for optical interfacing with the brain, combining versatility with minimized invasiveness. Our goal is to overcome the limitations of currently available tools and enable new possibilities in neuroscience research.

We work closely with researchers to continuously advance the Lambda Fibers technology and expand its capabilities through the integration of additional functionalities (e.g. electrical recording, biosensing, and drug delivery). Looking ahead, our ambition is to extend the technology to new research areas and, ultimately, to medical applications.

History

OptogeniX originated from a research collaboration launched in 2012 between neuroscientists at Harvard Medical School (HMS) and researchers at Istituto Italiano di Tecnologia (IIT). The collaboration aimed to develop a new generation of implantable probes for neurophysiology and optogenetics that could overcome the limitations of the tools available at the time.

The most significant outcome of this research was a technology based on tapered optical fibers, combined with an unconventional method for coupling light into them. This approach was soon recognized as a unique and highly effective solution for enabling more versatile and efficient optogenetic stimulation of neurons in vivo.

Founded in 2014, OptogeniX brings this technology to research laboraties around the world. Today, we provide Lambda Fibers and dedicated equipment to more than 200 labs.

Milestones

1

2014

OptogeniX is founded

2

2016

Growing adoption of Lambda Fibers worldwide

3

2017

Launch of OptogeniX equipment for spatial selective operation of Lambda Fibers

4

2018

First independent publication demonstrating the successfull use of Lambda Fibers

5

2019

Lambda Fibers are established as a tool for fiber photometry

6

2025

Lambda fibers are employed for in vivo Raman spectroscopy