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Ksenia Kastanenka, Ph.D.

Concepts (81)

Concepts are derived automatically from a person's publications.
Concepts are listed by decreasing relevance which is based on many factors, including how many publications the person wrote about that topic, how long ago those publications were written, and how many publications other people have written on that same topic.
Name Number of Publications Most Recent Publication Publications by All Authors Concept Score Why?
Alzheimer Disease6201961300.770 Why?
Calcium6201955870.730 Why?
Motor Neurons320139110.680 Why?
Amyloid220196540.650 Why?
Astrocytes2202111570.630 Why?
Homeostasis2201732100.620 Why?
Neurosciences120192930.620 Why?
Systems Biology120194750.600 Why?
Rhodopsin220132220.550 Why?
Disease Susceptibility1201915500.540 Why?
Action Potentials2201318190.380 Why?
Spinal Cord2202118920.360 Why?
Microscopy, Fluorescence, Multiphoton220192720.330 Why?
Plaque, Amyloid320196080.320 Why?
Receptors, GABA-A120106060.320 Why?
Axons1201317350.300 Why?
Synaptic Transmission3201911770.270 Why?
Immunotherapy1201630090.250 Why?
Disease Models, Animal42019180340.250 Why?
Amyloid beta-Peptides3201926670.240 Why?
Mice, Transgenic42019102040.230 Why?
Chick Embryo2201310270.220 Why?
Brain42021228580.200 Why?
Down-Regulation2201733410.190 Why?
Presenilin-1220185790.180 Why?
Nootropic Agents120181670.170 Why?
Nerve Tissue Proteins1201048290.160 Why?
Neurotransmitter Agents120196590.150 Why?
Brain Chemistry1201910690.150 Why?
Avian Proteins12013760.140 Why?
Spinal Nerves12013930.140 Why?
Quadriceps Muscle120131140.130 Why?
Animals1120211696020.130 Why?
Periodicity120134000.120 Why?
Molecular Imaging120197710.120 Why?
Image Processing, Computer-Assisted2201986670.120 Why?
Picrotoxin12010690.120 Why?
Receptors, N-Methyl-D-Aspartate120168690.110 Why?
gamma-Aminobutyric Acid1201710480.110 Why?
GABA Antagonists120101360.110 Why?
Neuroprotective Agents1201810300.110 Why?
Synaptic Vesicles120111720.110 Why?
Aging2202180880.100 Why?
Neurons2201993000.100 Why?
Mice62019798160.100 Why?
Neuromuscular Junction120113590.100 Why?
Exocytosis120113820.100 Why?
Muscle Contraction1201312840.090 Why?
Protein Processing, Post-Translational1201721180.090 Why?
Electromyography1201314470.090 Why?
Light1201314140.090 Why?
Endocytosis1201110630.080 Why?
Models, Neurological1201317900.070 Why?
Nerve Net1201619750.070 Why?
Analysis of Variance2201169160.070 Why?
Disease Progression12019126200.060 Why?
Antibodies, Monoclonal1201897740.050 Why?
Immunohistochemistry22011122480.050 Why?
Phytotherapy120183360.040 Why?
Fluorescence Resonance Energy Transfer120173610.040 Why?
Spinal Cord Injuries120219140.030 Why?
Random Allocation1201825790.030 Why?
Amyloid beta-Protein Precursor1201810880.030 Why?
Brain Diseases1202115150.030 Why?
Myosin-Light-Chain Kinase120111000.030 Why?
Administration, Oral1201839180.030 Why?
Brain Injuries1202117840.030 Why?
Humans520216396930.030 Why?
Learning1201813980.030 Why?
Protein Conformation1201742000.020 Why?
Electrophysiology1201113930.020 Why?
Protein Kinase C1201113800.020 Why?
Phosphorylation1201790200.020 Why?
Dose-Response Relationship, Drug12018117420.020 Why?
Longitudinal Studies12018125380.020 Why?
Cells, Cultured12018210690.010 Why?
Case-Control Studies12018210440.010 Why?
Mice, Inbred C57BL12018228860.010 Why?
Aged, 80 and over12018571540.010 Why?
Male220183395760.010 Why?
Female220183592290.010 Why?
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Concepts (81)
Co-Authors (15)
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Funded by the NIH National Center for Advancing Translational Sciences through its Clinical and Translational Science Awards Program, grant number UL1TR002541.