Neurology testing overview
The rapid expansion of neurology testing has resulted in the discovery of increasing numbers of clinically relevant biomarkers. Mayo Clinic Laboratories collaborates closely with the clinical practice to develop and offer advanced testing — much of which is unavailable anywhere else — to address the most difficult questions.
Our laboratories are led by board-certified clinical neurologists and clinical chemists who have extensive experience using testing to guide patient care. These experts are available for consultations on test selection and results interpretation. Our physicians are committed to research and discovery to pave the way for the future of neurology testing.
Comprehensive disease testing
A collaboration with BioPharma Diagnostics includes access to the neurologic disease testing capabilities of Mayo Clinic Laboratories, including:
The latest
Mayo Clinic Laboratories has developed a cutting-edge suite of Alzheimer's disease testing. The newest assays use blood samples, avoiding the need for lumbar punctures to obtain cerebrospinal fluid. The testing suite exemplifies Mayo Clinic Laboratories' innovative business approach. As a platform company, Mayo Clinic is creating a diagnostics ecosystem to meet a wide range of testing needs and help physicians order the right tests for their patients.
This “Specialty Testing” webinar will discuss the considerations physicians must weigh when evaluating suspected neuropathy patients with special emphasis put on small-fiber neuropathy and the most appropriate laboratory testing related to that phenotype.
Mayo Clinic researchers have identified clear differences in brain and spinal cord scarring in patients with demyelinating diseases.
Sophisticated laboratory testing solved a medical riddle and finally got Jori Pearson back on his feet, doing what he loves.
Maria Alice Willrich, Ph.D., explains kappa free light chain testing — Mayo Clinic Laboratories' data-driven approach to diagnose multiple sclerosis. The automated assay is more sensitive, cost-effective, and faster than traditional oligoclonal banding, enabling definitive answers for the challenging diagnosis.
Mayo Clinic researchers have developed and validated a new antibody test to diagnose multiple sclerosis (MS). The new test is an automated and cost-effective method compared to other tests used to diagnose MS, according to the research published in Mayo Clinic Proceedings. The test is now available through Mayo Clinic Laboratories.
Andrew McKeon, M.B., B.Ch., M.D., explains how Mayo Clinic Laboratories' stiff-person assay provides comprehensive evaluation for individuals on the spectrum of stiff-person syndrome. In addition to guiding treatment decisions, the assay can help confirm the most-severe stiff-person phenotype — known as PERM — which is associated with potential cancers.
Lying in an ICU bed as sick as he could get, Jon Bratsch thought he was past the point of no return. But when a Mayo Clinic Laboratories’ test revealed the source of his dire symptoms, everything changed. Today, Jon’s back to the life and family he loves.
A tenacious fighter, Joy Carol never lost hope that a mysterious condition that had stripped her of her ability to move would be identified. Hope turned into reality when a Mayo Clinic Laboratories test identified the cause of her illness and opened the door to successful treatment.
Mayo Clinic Laboratories’ comprehensive approach to targeted antibody testing played a crucial and lifesaving role in moving Sheila Lewis to recovery from autoimmune encephalitis.
Div Dubey, M.B.B.S., explains Mayo Clinic Laboratories' phenotypic testing approach for autoimmune axonal neuropathy. The comprehensive, serologic panel detects for antibodies with clinical relevance to the disease to provide clarity on etiology, prognosis, and treatment choices.
The quest to create a test pinpointing the source of the rare, testicular cancer-associated illness successfully concluded in the summer of 2021.
While Gregor Heinrich never could have imagined that testicular cancer was related to his problems with his vision and gait, learning he was positive for KLHL11 protein biomarkers meant he could receive treatment for both the cancer and the illness behind it.