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Bob Eisenberg

Concepts (201)

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?
Ion Channels
31
2013
59
4.070
Why?
Models, Biological
35
2013
110
3.350
Why?
Calcium
18
2016
211
1.840
Why?
Calcium Channels
10
2013
81
1.830
Why?
Ion Channel Gating
13
2009
58
1.470
Why?
Models, Chemical
12
2012
23
1.390
Why?
Electric Conductivity
27
2013
45
1.080
Why?
Ions
10
2013
18
0.980
Why?
Computer Simulation
10
2013
37
0.860
Why?
Sodium
6
2016
16
0.850
Why?
Electrochemistry
8
2009
13
0.820
Why?
Static Electricity
14
2013
17
0.800
Why?
Electrophysiology
25
2002
55
0.800
Why?
Models, Theoretical
8
2013
17
0.730
Why?
Porins
3
2012
8
0.700
Why?
Cell Membrane
9
2005
36
0.690
Why?
Action Potentials
7
2018
40
0.640
Why?
Membrane Potentials
26
2004
97
0.630
Why?
Biophysics
12
2005
21
0.600
Why?
Animals
36
2013
978
0.600
Why?
Nanostructures
3
2007
3
0.570
Why?
Physical Phenomena
2
2018
3
0.570
Why?
Lipid Bilayers
3
2012
34
0.530
Why?
Solutions
5
2013
8
0.520
Why?
Microelectrodes
10
2007
13
0.510
Why?
Sodium-Calcium Exchanger
1
2016
6
0.500
Why?
Sarcoplasmic Reticulum
10
1997
116
0.490
Why?
Sodium Channels
2
2013
7
0.470
Why?
Muscle Contraction
10
1992
38
0.430
Why?
Gramicidin
3
2013
3
0.430
Why?
Models, Molecular
5
2016
14
0.420
Why?
Mutation
1
2013
76
0.410
Why?
Muscles
12
1987
39
0.400
Why?
Elementary Particle Interactions
1
2013
1
0.400
Why?
Ion Transport
8
2016
13
0.390
Why?
Bacterial Outer Membrane Proteins
1
2012
2
0.370
Why?
N-Acetylneuraminic Acid
1
2012
2
0.370
Why?
Escherichia coli
1
2012
5
0.370
Why?
Escherichia coli Proteins
1
2012
3
0.370
Why?
Biophysical Phenomena
10
2003
17
0.370
Why?
Diffusion
8
2009
11
0.350
Why?
Thermodynamics
7
2013
17
0.300
Why?
Lens, Crystalline
8
1986
9
0.290
Why?
Semiconductors
2
2006
2
0.290
Why?
Body Fluids
1
2008
2
0.280
Why?
Microfluidics
1
2008
2
0.280
Why?
Potassium Channels
5
2001
15
0.280
Why?
Anesthetics
1
2008
6
0.280
Why?
Proteins
2
2009
8
0.280
Why?
Models, Statistical
6
2005
27
0.270
Why?
Engineering
1
2007
1
0.270
Why?
Physiology
1
2007
2
0.270
Why?
Calcium Channels, L-Type
3
2004
29
0.270
Why?
Silicon
1
2007
3
0.270
Why?
Biosensing Techniques
1
2007
6
0.270
Why?
Cell Membrane Permeability
5
2004
18
0.260
Why?
Kinetics
9
2005
63
0.260
Why?
Computational Biology
1
2005
4
0.230
Why?
Reproducibility of Results
3
2013
80
0.220
Why?
In Vitro Techniques
12
2000
72
0.210
Why?
Biological Transport
3
2012
13
0.210
Why?
Humans
8
2013
2822
0.200
Why?
Patents as Topic
1
2002
1
0.200
Why?
Pharmacogenetics
1
2002
1
0.200
Why?
Technology, Pharmaceutical
1
2002
1
0.200
Why?
Mathematics
16
1996
18
0.190
Why?
Algorithms
2
2013
52
0.180
Why?
Monte Carlo Method
3
2013
8
0.180
Why?
Perfusion
2
1992
5
0.180
Why?
Porosity
4
2009
18
0.170
Why?
Protein Structure, Secondary
2
1999
6
0.170
Why?
Poisson Distribution
5
2012
6
0.170
Why?
Protein Conformation
3
2013
21
0.170
Why?
Membrane Proteins
2
1999
15
0.160
Why?
Hydrogen-Ion Concentration
3
2012
31
0.160
Why?
Myocardium
1
1999
51
0.150
Why?
Nanotechnology
2
2009
3
0.150
Why?
Glutamic Acid
1
1998
6
0.150
Why?
Osmolar Concentration
3
2013
8
0.140
Why?
Lasers
1
2018
1
0.140
Why?
Gallopamil
4
1987
6
0.140
Why?
Muscle Proteins
1
1997
15
0.140
Why?
Heart
1
1997
16
0.140
Why?
Potassium Chloride
3
2012
4
0.130
Why?
Oligopeptides
1
1997
8
0.130
Why?
Nephropidae
3
1994
5
0.130
Why?
Dose-Response Relationship, Drug
3
2012
82
0.130
Why?
Cell Physiological Phenomena
4
1980
4
0.120
Why?
Methanocaldococcus
1
2016
1
0.120
Why?
Sensitivity and Specificity
2
2007
73
0.110
Why?
Extracellular Space
2
1986
6
0.110
Why?
Verapamil
2
1984
3
0.110
Why?
Substrate Specificity
1
2013
2
0.110
Why?
Entropy
1
2013
1
0.110
Why?
Permeability
4
2004
14
0.100
Why?
Brevibacillus
1
2013
1
0.100
Why?
Buffers
2
2012
5
0.100
Why?
Calcium-Transporting ATPases
1
1992
13
0.100
Why?
Biopolymers
1
2012
2
0.100
Why?
Enzymes
1
1990
2
0.080
Why?
Quantum Theory
1
2010
2
0.080
Why?
Myofibrils
3
1974
4
0.080
Why?
Myosins
1
1990
2
0.080
Why?
Actins
1
1990
4
0.080
Why?
Particle Size
2
2012
3
0.080
Why?
Binding Sites
2
2000
13
0.080
Why?
Linear Models
1
2009
34
0.080
Why?
Electric Impedance
2
2009
6
0.080
Why?
Oscillometry
2
2007
3
0.080
Why?
Electrolytes
1
2009
4
0.080
Why?
Chlorides
2
2000
9
0.080
Why?
Nanotubes
1
2009
3
0.080
Why?
Rana pipiens
8
1986
46
0.070
Why?
Sodium Chloride
3
2005
8
0.070
Why?
Gases
1
2008
2
0.070
Why?
Ocular Physiological Phenomena
1
1988
1
0.070
Why?
Fractional Precipitation
1
2007
1
0.070
Why?
Ultrafiltration
1
2007
1
0.070
Why?
Systems Integration
1
2007
2
0.070
Why?
Biomimetics
1
2007
5
0.070
Why?
Equipment Failure Analysis
1
2007
8
0.070
Why?
Equipment Design
1
2007
14
0.070
Why?
Transistors, Electronic
1
2006
1
0.060
Why?
Materials Testing
1
2006
26
0.060
Why?
Anura
8
1981
13
0.060
Why?
Cations, Divalent
1
2006
2
0.060
Why?
Potassium
3
1997
14
0.060
Why?
Salts
1
2005
1
0.060
Why?
Rana temporaria
4
1985
5
0.060
Why?
Protein Engineering
1
2004
5
0.060
Why?
Paralysis
1
1984
2
0.050
Why?
Purkinje Fibers
1
1983
1
0.050
Why?
Heart Conduction System
1
1983
2
0.050
Why?
Magnesium
2
1994
23
0.050
Why?
Calcium Channel Blockers
1
1983
15
0.050
Why?
Chemistry, Physical
1
2003
1
0.050
Why?
Chemical Phenomena
1
2003
2
0.050
Why?
Dinitrophenols
1
1982
1
0.050
Why?
Uncoupling Agents
1
1982
1
0.050
Why?
Cell Communication
1
1982
7
0.050
Why?
Temperature
3
1995
11
0.050
Why?
Water
2
2009
8
0.050
Why?
Cytoplasm
2
1979
11
0.050
Why?
Chloride Channels
1
2001
3
0.040
Why?
Models, Structural
1
1981
2
0.040
Why?
Osmosis
1
2000
1
0.040
Why?
Oxygen
1
2000
8
0.040
Why?
Rana catesbeiana
2
1992
6
0.040
Why?
Cations, Monovalent
1
1999
3
0.040
Why?
Nerve Tissue
1
1979
1
0.040
Why?
Membranes
2
1993
6
0.040
Why?
Protein Binding
1
1998
25
0.040
Why?
Time Factors
4
1982
205
0.040
Why?
Probability
1
1997
7
0.030
Why?
Ryanodine Receptor Calcium Release Channel
1
1997
74
0.030
Why?
Epithelium
2
1988
6
0.030
Why?
Molecular Structure
1
1996
2
0.030
Why?
Fourier Analysis
2
2010
3
0.030
Why?
Motion
1
1995
2
0.030
Why?
Patch-Clamp Techniques
1
1994
49
0.030
Why?
Biological Transport, Active
1
1993
4
0.030
Why?
Protein Multimerization
1
2013
1
0.030
Why?
Software
1
2013
8
0.030
Why?
Molecular Conformation
1
1993
4
0.030
Why?
Nystatin
1
1973
1
0.030
Why?
Tyrothricin
1
1973
1
0.030
Why?
Amphotericin B
1
1973
2
0.030
Why?
Triazines
1
1992
2
0.020
Why?
Vanadates
1
1992
2
0.020
Why?
Ruthenium Red
1
1992
6
0.020
Why?
Ryanodine
1
1992
14
0.020
Why?
Indoles
1
1992
7
0.020
Why?
Micromanipulation
1
1992
2
0.020
Why?
Biological Evolution
1
1990
1
0.020
Why?
Parasympathomimetics
1
1989
4
0.020
Why?
Polyethylene Terephthalates
1
2009
2
0.020
Why?
Stochastic Processes
1
1988
6
0.020
Why?
Electric Stimulation
2
1979
25
0.020
Why?
Xenopus
1
1986
4
0.020
Why?
Pressure
1
1986
6
0.020
Why?
Cells, Cultured
1
1986
117
0.020
Why?
Caffeine
1
1985
27
0.010
Why?
Mutagenesis, Site-Directed
1
2004
4
0.010
Why?
Structure-Activity Relationship
1
2004
6
0.010
Why?
Recombinant Proteins
1
2004
57
0.010
Why?
Hypertonic Solutions
2
1974
2
0.010
Why?
Sheep
1
1983
4
0.010
Why?
2,4-Dinitrophenol
1
1982
1
0.010
Why?
Intercellular Junctions
1
1982
2
0.010
Why?
Cells
1
1980
1
0.010
Why?
Organoids
1
1980
1
0.010
Why?
Macromolecular Substances
1
1980
4
0.010
Why?
Microtubules
1
1977
6
0.010
Why?
Physics
1
1995
1
0.010
Why?
Detergents
1
1974
2
0.010
Why?
Glycerol
1
1974
1
0.010
Why?
Potentiometry
1
1974
1
0.010
Why?
Sucrose
1
1974
1
0.010
Why?
Methods
1
1974
3
0.010
Why?
Evaluation Studies as Topic
1
1974
4
0.010
Why?
Electrodes
1
1973
1
0.010
Why?
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Concepts (201)
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