Baltimore / Neuroreport / Washington / DC / Rosario / Sevilla / /
Company
AChR Gq IP3R PLC / D. Holland / Gq PLC / A. J. DeCostanzo S. A. / Furukawa / R IP3 Gq ROS PLC / L. Mei D. D. / /
Country
United States / / /
Event
Product Issues / Product Recall / /
Facility
C terminus / National Institute / Laboratory of Neurosciences / N terminus / /
IndustryTerm
online version / impaired mitochondrial energy production / article tools / imaging / neuronal networks / amyloidogenic processing / quantitative structural magnetic resonance imaging data / memory networks / reduced energy availability / cellular energy deficits / Recent in vivo calcium imaging / /
National Institute on Aging / Alzheimer’s Association / American Association for the Advancement of Science / Laboratory of Neurosciences / National Institute on Aging Intramural Research Program / /
Person
Mark P. Mattson Published / Nat / J. Physiol / M. S. Wolfe / J. Hardy / L. K. McEvoy / Mark P. Mattson / E. Tanzi / C. P. Holden / B. Wu / V / C. M. Fanger / A. D. Roses / E. M. Wijsman / A. Auffret / V / D. M. Rentz / / /
Position
General / messenger / D. J. / Candidate / T. D. / D. J. Hagler / /
Product
factor / LG PC12 Radio / PS2 / adenosine / mitochondrial energy production / /
ER Calcium and Alzheimer’s Disease: In a State of Flux Mark P. Mattson (23 March[removed]Science Signaling[removed]), pe10. [DOI: [removed]scisignal.3114pe10] The following resources related to this article are available on