Harvard Catalyst Profiles

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Mark Lawrence David Andermann, Ph.D.

Concepts (131)

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?
Vibrissae720131251.040 Why?
Somatosensory Cortex520085270.710 Why?
Visual Cortex6201311490.670 Why?
Neurons13201793250.660 Why?
Agouti-Related Protein22017980.650 Why?
Appetite120172430.520 Why?
Motion Perception220114080.510 Why?
Action Potentials3201518140.500 Why?
Pro-Opiomelanocortin120151630.500 Why?
Visual Pathways320135650.390 Why?
Brain Mapping7201366690.390 Why?
Gastrointestinal Tract120178140.390 Why?
Touch320083060.390 Why?
Craniotomy120147290.360 Why?
Neural Pathways2201729710.330 Why?
Touch Perception120081140.290 Why?
Mechanoreceptors120081860.290 Why?
Biological Clocks220083220.280 Why?
Cerebral Cortex4201457050.260 Why?
Visual Perception1201314170.250 Why?
Feeding Behavior1201531870.220 Why?
Physical Stimulation520135250.220 Why?
Diagnostic Imaging2201435070.190 Why?
Photic Stimulation5201320270.180 Why?
Appetite Regulation12017880.150 Why?
Wakefulness2201412430.150 Why?
Nerve Net3201321740.140 Why?
Animals2220171685610.130 Why?
Implants, Experimental120141040.120 Why?
Mice, Inbred C57BL62014218210.120 Why?
Thalamus2201310230.120 Why?
Neuronal Plasticity2201214180.110 Why?
Rats, Sprague-Dawley5200883000.110 Why?
Subcellular Fractions120135470.110 Why?
Sensory Deprivation120121090.100 Why?
Microscopy, Fluorescence3201326990.100 Why?
Electrophysiological Phenomena120133160.100 Why?
Rats92013242650.100 Why?
Neurofibrillary Tangles120134370.100 Why?
Electric Stimulation3200617700.100 Why?
Presynaptic Terminals120133020.100 Why?
Mice, Transgenic5201497350.100 Why?
Mice102015810450.090 Why?
Skull120148100.090 Why?
Neural Inhibition220115980.090 Why?
Hemoglobins3200515320.080 Why?
Vision, Ocular120124630.080 Why?
Orientation120103270.080 Why?
Axons2201316810.080 Why?
Calcium4201357530.080 Why?
Electrophysiology2200813090.080 Why?
Neuropeptides120139420.070 Why?
Afferent Pathways120083020.070 Why?
Arousal1201311650.070 Why?
Sensory Thresholds120083940.070 Why?
Sensory Receptor Cells120114870.070 Why?
Models, Neurological2201317710.070 Why?
Trigeminal Nerve120082490.070 Why?
Equipment Design1201435820.070 Why?
Synapses2201217240.070 Why?
Oxyhemoglobins220052160.070 Why?
Behavior, Animal1201318820.070 Why?
Memory, Short-Term120119720.060 Why?
tau Proteins1201318600.060 Why?
Data Interpretation, Statistical1201327140.060 Why?
Trigeminal Ganglion120041860.060 Why?
Adaptation, Psychological1201325750.050 Why?
Intracellular Signaling Peptides and Proteins1201329060.050 Why?
Models, Anatomic120066900.050 Why?
Attention1201123960.050 Why?
Electroencephalography1201461420.040 Why?
Reaction Time1200420920.040 Why?
Hemodynamics2200541970.040 Why?
Male820133495380.040 Why?
Green Fluorescent Proteins2201320880.030 Why?
Alzheimer Disease2201379880.030 Why?
Cerebrovascular Circulation1200327320.030 Why?
Retinol-Binding Proteins, Plasma12013930.030 Why?
Rhodamines120131830.030 Why?
Eye Enucleation120121280.030 Why?
Psychophysics120133090.030 Why?
Oxygen1200341690.030 Why?
Microtomy12011470.020 Why?
Egtazic Acid120101730.020 Why?
Transgenes1201310090.020 Why?
Tauopathies120133070.020 Why?
Vasoactive Intestinal Peptide120101790.020 Why?
Photons120135870.020 Why?
Fluorescence120127510.020 Why?
Brain22013263430.020 Why?
Glutamate Decarboxylase120102460.020 Why?
Microscopy, Electron, Transmission120117130.020 Why?
Parvalbumins120102460.020 Why?
Dependovirus120137060.020 Why?
Presenilin-1120126350.020 Why?
Pyramidal Cells120113630.020 Why?
Somatostatin120104590.020 Why?
In Situ Hybridization1201219500.020 Why?
Rats, Long-Evans120083870.020 Why?
Amyloid beta-Protein Precursor1201211210.020 Why?
Calcium Signaling120117210.020 Why?
Discrimination Learning120082800.020 Why?
Interneurons120115760.020 Why?
Image Processing, Computer-Assisted2201389250.020 Why?
Female320133795920.020 Why?
Dexamethasone1201319490.020 Why?
gamma-Aminobutyric Acid1201011230.020 Why?
Learning1201317050.010 Why?
Polymerase Chain Reaction1201261710.010 Why?
Biophysical Phenomena120033270.010 Why?
Fluorescent Dyes1201019150.010 Why?
Biophysics120033830.010 Why?
Evoked Potentials, Somatosensory120032470.010 Why?
Vibration120033250.010 Why?
Spectrum Analysis120034510.010 Why?
Humans520177420880.010 Why?
Nonlinear Dynamics120035020.010 Why?
Surface Properties1200311820.010 Why?
Cortical Spreading Depression120032760.010 Why?
Immunohistochemistry12012113630.010 Why?
Lasers120039520.010 Why?
Demography1200316500.010 Why?
Imaging, Three-Dimensional1201040290.010 Why?
RNA, Messenger12012130290.010 Why?
Computer Simulation1200361910.010 Why?
Mutation12013297170.010 Why?
Predictive Value of Tests12003150560.000 Why?
Magnetic Resonance Imaging22005353420.000 Why?
Models, Biological1200395810.000 Why?
Reproducibility of Results12003198620.000 Why?
Time Factors12003400540.000 Why?
Andermann's Networks
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Concepts (131)
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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.