Our Story

Our Innovation Timeline

At any given time, we are working on several research projects across a range of disciplines and therapeutic areas. This work can span months to years. Our projects are heavily vetted and only those that meet our scientific and business criteria are formed into a company. This timeline is a snapshot of select major events along our journey to building companies and commercializing innovations.

1995


InCube Labs is founded

1995


Percusurge is founded

1999


Reflow is acquired by Fox Hollow

2000


Percusurge is acquired by Medtronic

2003


Safeview is founded

2005


Spinal Modulation is founded

2006


Safeview is acquired by L3

2010


InCube San Antonio is founded

2010


Neurolink and Corhythm are founded

2012


Rani Therapeutics is founded

2013


Nfocus is acquired by Covidien

2013


Zonare is acquired by Mindray

2015


Theracle and iBridge are founded

2018


Sacramed is founded

Our mission is to transform patient outcomes
across a wide range of therapeutic areas.

Why we do it

We deeply care about improving the quality of life of patients suffering from a number of debilitating conditions. We think through the problems we are trying to solve, always guided by what is best for the patients.

Our goal is to develop innovations that will be safe and highly effective, and ultimately will improve the lives of millions of patients.

Multi-disciplinary Approach

A multi-disciplinary process is at the center of our work and allows us to address the most complex unsolved or poorly treated clinical needs. Our multi-disciplinary experience allows us to be agnostic to technology, and to focus on innovative solutions and on understanding how the problem wants to be solved.

Biochemistry and Molecular Biology

Analytical biochemistry is a core area of expertise in drug discovery and development. We have a group of highly seasoned biochemists and molecular biologists who routinely run complex bioanalytical assays and are constantly looking at ways to improve the selectively and specificity of our analytical tools. Bioanalytical tools are critically important as they help generate the key end points for our biological studies.

Clinical and Regulatory

As our companies mature and move towards the clinic, clinical and regulatory strategies and plans become a fundamental part of our work. We have access to world-class regulatory experts who have deep experience in devices, drugs and drug-device combinations. These experts help us devise and execute upon our regulatory strategy for each portfolio company, and work with us at each important stage on the path to commercialization.

Electrical and Software Engineering

Each of our locations has a team of engineers who are working on innovations across a variety of therapeutic diseases. In addition to creating unique medical devices, our engineers are focused on digital medicine solutions that enable connectivity and remote patient monitoring.

Industrial Design

We have access to a team of world-class industrial designers who provide the insight and experience needed to create patient-friendly products. As part of our work, we will test prototypes with patients and physicians to make sure our designs meet requirements, but also provide the best user experience.

Manufacturing

Our capabilities range from prototyping to full scale production. Our machine shop plays a key role as we develop prototypes to move our product concepts to reality. As a company evolves, we work on manufacturing optimization, scale up and automation. Our portfolio companies also have direct access to our manufacturing partner, Modulus, which has deep expertise in manufacturing Class II and Class III medical devices.

Materials Science

We have deep expertise in a range of biomaterials.  We can optimize the properties of these materials for drug delivery, tissue engineering, active implants and sensors.

Mechanical Engineering

Our experienced team of mechanical engineers are at the heart of many of our most innovative companies and products. They are constantly developing ideas and refining product concepts, as well as designing and testing prototypes to create reliable, safe and efficacious products.

Pharmacology and Physiology

Every drug development program requires deep expertise in pharmacology and physiology. We have world-class pharmacologists who have successfully developed drugs and brought them to the market. In addition, our experienced physiologists have created disease paradigms and pre-clinical models that allow us to test our ideas before we go to the clinic.

Protein and Polymer Chemistry

More than half of portfolios in pharma companies consist of biologics, which are very difficult to create, isolate, purify and manufacture and test in disease models. Biologics have to be formulated in a very specific manner requiring a deep knowledge of protein biochemistry and the use of polymers to stabilize these biological entities and regulate their release. Our team has worked extensively with biologics and has a wealth of experience in protein and polymer chemistry.

Biochemistry and Molecular Biology

Analytical biochemistry is a core area of expertise in drug discovery and development. We have a group of highly seasoned biochemists and molecular biologists who routinely run complex bioanalytical assays and are constantly looking at ways to improve the selectively and specificity of our analytical tools. Bioanalytical tools are critically important as they help generate the key end points for our biological studies.

Clinical and Regulatory

As our companies mature and move towards the clinic, clinical and regulatory strategies and plans become a fundamental part of our work. We have access to world-class regulatory experts who have deep experience in devices, drugs and drug-device combinations. These experts help us devise and execute upon our regulatory strategy for each portfolio company, and work with us at each important stage on the path to commercialization.

Electrical and Software Engineering

Each of our locations has a team of engineers who are working on innovations across a variety of therapeutic diseases. In addition to creating unique medical devices, our engineers are focused on digital medicine solutions that enable connectivity and remote patient monitoring.

Industrial Design

We have access to a team of world-class industrial designers who provide the insight and experience needed to create patient-friendly products. As part of our work, we will test prototypes with patients and physicians to make sure our designs meet requirements, but also provide the best user experience.

Manufacturing

Our capabilities range from prototyping to full scale production. Our machine shop plays a key role as we develop prototypes to move our product concepts to reality. As a company evolves, we work on manufacturing optimization, scale up and automation. Our portfolio companies also have direct access to our manufacturing partner, Modulus, which has deep expertise in manufacturing Class II and Class III medical devices.

Materials Science

We have deep expertise in a range of biomaterials.  We can optimize the properties of these materials for drug delivery, tissue engineering, active implants and sensors.

Mechanical Engineering

Our experienced team of mechanical engineers are at the heart of many of our most innovative companies and products. They are constantly developing ideas and refining product concepts, as well as designing and testing prototypes to create reliable, safe and efficacious products.

Pharmacology and Physiology

Every drug development program requires deep expertise in pharmacology and physiology. We have world-class pharmacologists who have successfully developed drugs and brought them to the market. In addition, our experienced physiologists have created disease paradigms and pre-clinical models that allow us to test our ideas before we go to the clinic.

Protein and Polymer Chemistry

More than half of portfolios in pharma companies consist of biologics, which are very difficult to create, isolate, purify and manufacture and test in disease models. Biologics have to be formulated in a very specific manner requiring a deep knowledge of protein biochemistry and the use of polymers to stabilize these biological entities and regulate their release. Our team has worked extensively with biologics and has a wealth of experience in protein and polymer chemistry.