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Houston Organizations Gaining Recognition for Innovation in Life Sciences

Published Jul 11, 2022 by Brina Morales

UH Medtech Robotic Arm

Houston is known for its world-class institutions and professional talent in the health care and life sciences industries, so it comes as no surprise that healthcare systems, academic institutions and medtech startups are being recognized for their innovations. 

Here are just a few examples: 

Brain-Controlled Robotic Arm for Stroke Patients

The University of Houston recently made news with its creation of a robotic arm that can be controlled by a patient’s brainwaves – it’s considered a gamechanger for stroke patients. According to UH, engineering professor Jose Luis Contreras-Vidal and his team developed the portable brain-computer interface (BCI) exoskeleton to restore upper limb function. Contreras-Vidal’s innovation differs from similar technologies because the brain-controlled robotic arm doesn’t require surgery and is available to a patient both at home and in a clinic. Most neuro technologies are limited to a lab or clinic and are expensive and hard to operate, according to UH.

 

Brain-controlled robotic arm can be used by stroke patients to recover the use of a limb. (Courtesy: Catalina Rodriguez/University of Houston)

“The broader impact and commercial potential of this project is to advance national health by accelerating development, efficacy and use of brain-controlled robotic rehabilitation after stroke by capitalizing on the benefits of non-invasive brain interfaces that extract information about the patient’s motor intent and the real-time assessment of impairment and recovery of motor function," said Contreras-Vidal.

Robotic-assisted Heart Surgery

HCA Houston Healthcare Medical Center successfully completed a robotic-assisted coronary angioplasty, according to InnovationMap. The technology allows doctors to perform the procedure inside a radiation-protected cockpit by using a joystick to robotically place catheters, angioplasty balloons, and stents to clear a blockage and restore blood flow. Doctors say the robot-assisted surgery is safer and more precise.

Earlier this year, two other HCA Houston Healthcare hospitals also celebrated milestones. The hospitals performed their first peripheral lung biopsies using robotic-assisted technology, according to InnovationMap. The technology allows doctors to go through the lung’s natural airways, lowering the risk of complications. It also supports the early diagnosis of lung disease when used as a screening tool due to the technology’s ability to examine hard-to-reach areas.

Robotic Device for Failing Hearts

Houston-based medtech startup, CorInnova, was recently accepted into an international accelerator program, MedTech Innovator. CorInnova has created what they describe as the world’s first minimally invasive robotic cardiac-assist device that treats acute heart failure without touching the blood. The device’s ability to collapse and self-expand makes it a less invasive option compared to other devices, according to the company. Existing devices also have higher risks of side effects, including elevated risk of stroke, blood damage and kidney problems.

According to MedTech Innovator, their accelerator programs aim to promote the growth of early and mid-stage startups by working closely with stakeholders across the industry.  

CorInnova has previously been a part of accelerator programs at TMC Innovation and is currently a resident at JLABS @ TMC. JLABS provides startups access to a medical device prototype lab and highly specialized tools to further advance their innovations. 

Houston has more than 1,900 life sciences companies, cutting edge hospitals, health facilities and research institutions with a workforce of more than 370,000 people in health care, biotech and related fields in the area. The city ranks No. 13 in CBRE’s latest analysis of the nation’s top 25 life sciences markets.

Learn more about Houston’s life sciences and biotech sectors and how the city is advancing life sciences with several large-scale development projects.

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Houston’s Biotech Ecosystem: The Ideal Launchpad for Life Sciences Startups

3/28/25
Launching a biotech startup is one of the most difficult undertakings in science and business. For Sarah Hein, founder and CEO of March Biosciences, choosing Houston made all the difference.  While most early-stage companies struggle to navigate the so-called "valleys of death" — the critical and often underfunded stages between research breakthroughs and real-world treatments — March Biosciences found the support it needed to move fast and scale its innovation. Hein credits Houston’s robust life sciences ecosystem for making that possible – saying Houston is one of the few places where you can go from the lab to commercialization.   “Houston has unique infrastructure and opportunities that made building March Bio here an obvious choice—the scientific and medical expertise of the largest medical center in the world, the local talent pool from that medical center, and then partnership opportunities,” Hein told the Greater Houston Partnership.  Want to learn more about Houston’s life sciences and biotech ecosystem, connect with the Partnership’s Global Life Sciences Sr. Director Verena Kallhoff.  From Research to a Life-Saving Therapy  March Bio was founded out of the Center for Cell and Gene Therapy (CAGT), a collaboration among Baylor College of Medicine (BCM), Houston Methodist and Texas Children’s Hospital. At the CAGT, March Bio worked with scientists to develop its lead therapy, MB-105, a CAR-T cell treatment targeting T-cell lymphoma and T-cell acute lymphoblastic leukemia, two aggressive cancers with limited treatment options.  CAR-T cell therapy involves collecting a patient’s own immune cells, engineering them to better recognize and attack cancer, and then reintroducing them into the body. Proximity to patients is essential for this personalized approach, and Houston’s concentration of clinical expertise makes it an ideal hub. As of mid-2024, the region hosted more than 2,200 active clinical trials, accounting for 11 percent of all trials in the U.S.  MB-105 showed a 44 percent patient response rate in Phase 1 trials at BCM. With that early success, March Bio turned to Houston’s ecosystem to accelerate its development.  Strategic Partnerships   In 2023, March Bio announced a strategic alliance with the CTMC, a joint effort between National Resilience and MD Anderson Cancer Center. CTMC provides biotech startups with comprehensive support, from development and manufacturing to regulatory guidance.   “Our close collaboration with MD Anderson Cancer Center provides access to leading regulatory expertise and one of the world's largest clinical trial programs, ensuring promising therapies reach patients faster,” Amy Hay, Chief Business Officer of CTMC, told the Partnership.  CTMC’s infrastructure enabled March Bio to grow without the financial burden of building its own facilities. “By taking on the heavy operational costs—housing the program in our 60,000 SF industrial-grade cGMP facility—CTMC enabled March to remain lean and focused on innovation,” she explained.   Fueling Growth Through Investment  Beyond research and partnerships, Houston offers the capital resources biotech companies need to grow, and March Biosciences has tapped into them at every stage of its journey.   The company secured early investment from the TMC Venture Fund and Portal Innovations, a venture capital firm that expanded to Houston in 2023 with the goal of supporting startups through funding, lab space and commercialization expertise.  “Portal’s investment in Houston is a mark of the growth and potential of the ecosystem,” said Hein. “March was their first biotech deal in Houston, and that early seed capital allowed us to get a lot of critical work done which set us up for our later financing success.”   March Bio’s momentum continued in 2024 with a $28.4 million Series A financing round, bringing its total amount raised to over $51 million.  Today, March Bio operates out of Portal’s labs at TMC Helix Park, where the company is currently conducting ongoing product development and early-stage discovery work.  State-level funding has been instrumental in fueling March Bio’s growth, with the Cancer Prevention and Research Institute of Texas (CPRIT) playing a significant role. March Bio was awarded a $13.4 million CPRIT grant to support its Phase 2 clinical trial. What sets CPRIT apart is that it is a state agency, established and funded by the State of Texas, making it one of the largest state-funded efforts against cancer. CPRIT has provided more than $3 billion in funding for cancer research and biotech innovation across Texas, contributing to a thriving life sciences ecosystem. With $6 billion dedicated to advancing cancer breakthroughs, CPRIT’s comprehensive approach supports the entire cancer care continuum while driving economic growth by attracting biotech companies and creating jobs. The company also received support from the Cancer Focus Fund, a MD Anderson–backed initiative that helps advance promising oncology therapies toward commercialization.  A Houston Success Story  Just four years after its founding in 2021, March Bio has advanced into Phase 2 trials and earned FDA orphan drug designation for MB-105. This designation is an important milestone that provides incentives such as tax credits and market exclusivity for rare disease treatments.  “Houston is home to the largest medical center in the world, with particular excellence in oncology, cardiovascular, and neurology research,” said Hein. “Patients come from all over the world to access the world class clinicians and novel clinical trials. Frankly, I think we simply have to keep doing the hard work of translating that leading research into the clinic, focusing on collaboration and growing our bench of talent, and the growth will follow.”  With its interconnected network of research institutions, capital resources, and strategic partners, Houston is proving to be a top destination for biotech companies. As the region continues investing in life sciences, more innovators like March Biosciences are expected to emerge, driving groundbreaking discoveries from concept to commercialization. 
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Texas Children’s Hospital, MD Anderson Cancer Center Announce Joint Venture Dedicated to Pediatric Cancer Care

2/21/25
Texas Children’s Hospital and the University of Texas MD Anderson Cancer Center have announced a new joint venture aimed at advancing pediatric cancer treatment.   According to the U.S. Census Bureau, more than 24 percent of Texas' population is under 18 years old, and Texas Oncology reports that over 1,700 children under the age of 20 are diagnosed with cancer, with nearly 200 losing their lives to the disease annually. This makes the need for life-saving treatments more crucial than ever.  By combining the expertise and resources of two of the nation’s leading medical institutions, the partnership will expand access to clinical trials, catalyzing innovative discoveries that can bring treatments to young patients faster.  “The scope and scale of our combined effort will build the world’s preeminent pediatric cancer center, addressing the growing need for excellent patient care and greatly benefiting children with cancer through increased access to care and to clinical trials,” Dr. Peter WT Pisters, president of MD Anderson, said in a press release. “MD Anderson and Texas Children’s offer unique strengths that when brought together will accelerate improved outcomes for patients in Texas and around the world.”  Set to launch in early 2026, the joint venture will prioritize the creation of new facilities designed to enhance the overall patient experience, featuring state-of-the-art medical technology and a “best-in-class healing environment.”  The care team will include 200 Texas Children’s pediatric oncology specialists who are full-time faculty with Baylor College of Medicine and more than 100 MD Anderson pediatric clinicians and researchers.  “This groundbreaking collaboration between two proven leaders in pediatric and cancer care marks the beginning of a new era in the fight against childhood cancer,” Debra Sukin, president and chief executive officer of Texas Children’s, said in the release. “The combined force of our two iconic programs will be led with the nation’s top talent—from clinicians and researchers to nurses and administrative professionals—each committed to realizing the shared mission of eradicating pediatric cancer.”  The initiative will also invest in pediatric oncology education programs, ensuring that the next generation of medical professionals is equipped with the tools and knowledge needed to continue advancing pediatric cancer treatment.  The partnership between Texas Children’s and MD Anderson showcases Houston’s dedication to advancing cancer research and pioneering life-saving treatments. In line with this commitment, MD Anderson furthered its efforts last year through a partnership with Rice University to establish the Cancer Bioengineering Collaborative. This collaboration focuses on both fundamental and translational cancer research, developing cutting-edge technologies for cancer detection and therapy, and securing external funding to support continued research and training.  Learn more about Houston’s life sciences ecosystem. 
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