CIMIT is a non-profit consortium of Boston teaching hospitals and engineering schools, CIMIT fosters interdisciplinary collaboration among world-class experts in medicine, science and engineering, in concert with industry and government, to rapidly improve patient care.
Research is conducted in CIMIT Science Programs, which offers an insider’s view of the future of medicine – where and how technology has the
potential to transform healthcare in the not-too-distant future.
CIMIT Prize for Primary Healthcare
CIMIT has announced a dynamic new national engineering prize competition: the CIMIT Prize for Primary Healthcare. The top three entrants will receive $150,000, $100,000 and $50,000, respectively, to help advance their winning clinically-relevant, primary care solutions. Learn more.
Get Involved with CIMIT
Individuals can make a difference through participation with
and financial support of
CIMIT's mission.
JOIN THE PHILANTHROPIC
NETWORK OF CIMIT FRIENDS.
Make an online donation today and support CIMIT's Mission. Funding is always needed for CIMIT’s programs and services. At the heart of all this science is the generosity of CIMIT's donors. Your gifts to CIMIT help to create new solutions for old problems — health care problems we want to assign to history once and for all.
Learn more about the benefits of CIMIT Friends and the work it supports.
JOIN CIMIT's EXECUTIVE RESEARCH ACCELERATOR PROGRAM (RAP)
Individuals who want the enrichment of special scientific or business symposia, round table discussions and other invitation-only events plus personal health care options will find both in CIMIT's Research Accelerator Program (RAP). Learn more.
PARTICIPATE IN cimit EDUCATION PROGRAMS
Join us at the next CIMIT Forum. Open to the public, the Weekly Forum is the arena for exchange among the members of the CIMIT community, and an entry point for new individuals and institutions to become involved.
Interact on the CIMIT Blog. Exchange ideas and information online or listen and watch podcasts and videos from the CIMIT Forum.
Register to attend a CIMIT-sponsored event. The annual CIMIT Innovation Congress connects you with national leaders who are shaping the future of healthcare.
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Clinical Trials
CIMIT does not support drug development, information technology-centric projects, basic research, or clinical trials. However, many of our Consortium Institutions do conduct clinical trials. Over 1,000 active clinical trials are in progress across Partners institutions.
To learn more, access the Clinical Research Network (CRnet), a collaborative clinical research site that identifies advanced clinical research and trials taking place at Brigham and Women's Hospital, Massachusetts General Hospital, McLean Hospital, and Spaulding Rehabilitation Hospital Network.
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Contact Us
CIMIT General Information:
Tel: (617) 643-3800,
Fax: (617) 643-3840, Email: cimitinfo@partners.org
Boston Office (Primary):
165 Cambridge Street. Suite 702,
Boston, MA 02114
Cambridge Office:
65 Landsdowne Street, Suite 200,
Cambridge, MA 02139
BLOOD DISEASE
Developing a rapid, sensitive test to detect sepsis and allow early treatment to minimize/eliminate spread of infection. Learn more.
CANCER
Develop noninvasive, focused ultrasound treatment for ablation of brain tumors and uterine fibroid tumors. Learn more.
DEPRESSION
Develop protocols for transcranial stimulation and deep brain stimulation for depression therapy. Learn more.
DISASTER RESPONSE
Design a powerful and interactive tool for real-time incident preparedness, training, and coordination of efforts between medical responders, hospitals, local, state, and federal agencies. Learn more.
EPILEPSY
Develop a device that can detect the early-onset of epileptic seizures and abort them before symptoms occur. Learn more.
HEART DISEASE
Advance optical coherence tomography (OCT), a highly sensitive, advanced imaging tool able to detect vulnerable plaques which may rupture, triggering many heart attacks and strokes. Learn more.
HIV / AIDs
Developing new diagnostic techniques using interdigitated electrode technology and microfluidic detectors for early diagnosis of HIV/AIDS.
Learn more.
INFECTIOUS DISEASE
Using microfluidic technology for early detection and diagnosis of avian influenza and other infectious diseases. Learn more.
KIDNEY DISEASE
Design a small, improved kidney dialysis device to improve a technology that had not progressed in more than thirty years—and lead to a kidney-dialysis machine small enough to be worn around a patient’s waist. Learn more.
ORGAN SHORTAGES
Invent and implement micro-electromechanical systems to potentially build complex organs, such as kidneys and livers, and biocompatible replacement tissues for organ repair. Learn more.
PATIENT SAFETY
Establish device interoperability standards that enable medical device integration for safety and clinical decision-making, produce complete and accurate electronic health records, and create error-resistant systems.
Learn more.
SOLDIER MEDICINE
Create an interactive, full body-trauma casualty system (computer programmed to behave autonomously and spontaneously) to provide realistic training for army medics. Learn more.
SPORTS INJURIES
Developing a non-surgical system using the patient’s own blood components mixed with a biodegradable gel for enhanced repair of knee injuries.
Learn more.
STROKE
Design and construct a wearable, wireless, sensor-network to monitor motor recovery in stroke patients. Learn more.
SURGERY RECOVERY
Novel surgical procedures performed through the mouth and other natural orifices, making surgery virtually incision-less and painless for patients.
Learn more.
TRAUMATIC BRAIN INJURY (TBI)
Localizing therapy in the brain non-invasively with focused ultrasound. Moderating inflammatory response to traumatic injury (cooling and pharmacologic therapies). Learn more.