Docket #: S18-253
Diagnostic for Alzheimer's disease based on immune cell signature
Stanford researchers have developed a molecular diagnostic for Alzheimer's disease (AD) based on their recent discovery of an immunologic signature. While innate inflammation has been implicated in AD, little is known about the role of the adaptive immune response. The researchers discovered that the presence of certain adaptive immune cells, called CD8+ T effector memory CD45RA+ (TEMRA) cells in the brain is associated with AD. These cells 'patrol' the brain and cerebrospinal fluid of people with AD, and may promote neuronal damage directly or indirectly. This exciting discovery could be developed alongside biomarkers of neuronal damage and degeneration, enabling blood-based diagnostic tests and early stage detection of this devastating disease.
Stage of Research
Further validation and development is ongoing. The researchers have extended their finding to include: deeper molecular characterization of the immunologic signature in blood and cerebrospinal fluid, evidence of a negative relationship with cognition, and demonstration of these cells entering post-mortem AD brains.
Applications
- Molecular diagnosis of Alzheimer's disease and potentially other neurodegenerative conditions
Advantages
- First identification of a novel blood-CSF adaptive, active immune response in AD
- May allow earlier, definitive diagnosis of AD
- Minimally invasive
Publications
- D. Gate, N. Saligrama, O. Leventhal, A.C. Yang, M.S. Unger, J. Middeldorp, K. Chen, B. Lehallier, D. Channappa, M.B.De Los Santos, A. McBride, J. Pluvinage, F. Elahi, G. K-Y Tam, Y. Kim, M. Greicius, A.D. Wagner, L. Aigner, D.R. Galasko, M.M. Davis & T. Wyss-Coray. Clonally expanded CD8T cells patrol the cerebrospinal fluid in Alzheimer's disease Nature Jan. 8, 2020.
Related Links
Patents
- Published Application: WO2020198299
Similar Technologies
-
Frequency-based multiplexing technique for high density recording of electrodes S17-416Frequency-based multiplexing technique for high density recording of electrodes
-
Bistable Neural State Switches S08-348Bistable Neural State Switches
-
NeuroCoach - a virtual therapist for stroke recovery S18-451NeuroCoach - a virtual therapist for stroke recovery