Assure Holdings Corp.: A Provider of Neuromonitoring Services During High-Risk Surgeries

Assure Holdings Corp. specializes in outsourced intraoperative neuromonitoring (IONM) and remote neurology services, offering vital support to medical teams during surgeries that involve the nervous system. These surgeries include complex procedures such as neurosurgery, spine surgery, cardiovascular operations, orthopedic interventions, and ear, nose, and throat surgeries.

The company provides a comprehensive range of clinical and operational services that help ensure the safety of patients undergoing these high-risk surgeries. By partnering with hospitals and surgical centers, Assure delivers a “turnkey” solution, meaning that all aspects of neuromonitoring are handled by their team, allowing surgeons to focus solely on the operation.

One of the key components of Assure Holdings’ services is its team of trained technologists who are physically present in the operating room. These technologists act as direct liaisons between the surgical team and the company’s remote neurology specialists. The technologists monitor the patient’s neural functions in real-time and communicate with both the surgeon and the company’s neurologists to ensure that the nervous system remains intact throughout the procedure.

Additionally, physicians employed by Assure through its subsidiaries remotely observe the functional integrity of patients’ neural structures. They provide real-time monitoring and feedback, working closely with both the technologists in the operating room and the surgeons to minimize risks to the patient’s nervous system during surgery.

Assure Holdings was founded by Preston Thomas Parsons in 2016 and has its headquarters in Denver, Colorado. Since its inception, the company has grown to become a key player in the field of intraoperative neuromonitoring, supporting medical professionals across a range of specialties and surgical environments. Through its innovative approach, Assure helps reduce the risk of neurological damage during complex surgeries, contributing to better patient outcomes