AI-Powered MRI Safety Workflow Orchestration & Implant Conditionality. Assisting healthcare professionals with safe, compliant, and efficient MRI eligibility for patients with implanted medical devices.
MRI Checks optimizes radiology workflows by pairing advanced document analysis with regulatory-compliant revenue lifecycle tools.
Contextually analyzes unstructured intake medical records, clinical dictation files, and legacy surgical histories to identify implant safety parameters.
Secure administrative repository for patient-specific device ID cards, historical imaging charts, and external medical clearance letters.
Orchestrates complex clinical scenarios with multiple implanted devices, calculating overlapped cross-conditionality constraints and combined safety assessments.
Unlike traditional methods that rely on scattered physical binders, unpredictable search engine results, or manual device representative outreach, MRI Checks centralizes safety intelligence into a singular enterprise ecosystem.
We separate ourselves through a strict commitment to compliance and data pedigree: every output is dynamically linked directly to its verified manufacturer source material. The platform does not make autonomous clinical decisions; instead, it empowers your clinical workflow teams with organized, version-controlled evidence.
The platform features an automated coding engine that maps clinical validation workloads to the latest medical billing framework, optimizing tracking and ensuring documentation compliance.
Automatically records and generates reports for the initial 15 minutes of clinical staff validation time spent verifying device parameters and reviewing manufacturer databases.
An add-on code tracking each subsequent 30-minute block required by staff to handle complex, un-documented, or missing manufacturer guidelines.
Compiles and presents all structured device conditions to the responsible supervising physician, radiologist, or safety QHP for final pre-procedure risk-benefit report sign-off.
Dynamically packages overlapping safety verification metrics from concurrent implants, outputting layered, multi-component technical reports configured to back up code claims.
MRI Checks is developed through a rigorous multidisciplinary alliance joining clinical expertise, radiology operations management, and scalable cloud application frameworks.
Lead Founder & Chief Medical Officer
Dr. Pravardhan Birthi is a board-certified interventional pain physician specializing in chronic pain management and neuromodulation. As Co-Founder and Chief Medical Officer of MRI Checks, he provides the clinical vision for the platform, helping ensure it reflects real-world MRI safety workflows and supports accurate, patient-centered implant evaluations. He also leads a clinical research organization dedicated to advancing evidence-based therapies, and is actively engaged in entrepreneurship, clinical scholarship, and philanthropic initiatives that improve access to healthcare and medical innovation.
Founding Member, Strategic Advisory Board
Dr. Mallikarjuna Rao Kasam is a clinical medical physicist with expertise in MRI safety, diagnostic imaging, quality assurance, and medical imaging technologies. As a Founding Board Member of MRI Checks, he provides strategic guidance on MRI safety standards, imaging physics, and quality systems, helping ensure the platform is scientifically rigorous and aligned with best practices in medical imaging. His expertise strengthens MRI Checks' commitment to advancing safe, evidence-based MRI workflows through innovation and collaboration.
Strategic Advisory Board Member
Dr. Jeffrey A. Himmelberg is a board-certified interventional radiologist with extensive expertise in image-guided procedures, vascular interventions, and advanced medical imaging. As a member of the MRI Checks Strategic Advisory Board, he provides guidance on radiology workflows, imaging technologies, and clinical implementation, helping ensure the platform meets the practical needs of imaging providers while advancing safe and efficient MRI practices.