Medicin og biovidenskab
Action Potentials
13%
Animal Models
10%
Autoreceptors
20%
Channelrhodopsins
23%
Dissection
13%
Dopamine
51%
Dopaminergic Neurons
63%
Halorhodopsins
27%
In Vitro Techniques
26%
Mesencephalon
15%
Neural Stem Cells
68%
Neurons
28%
Optogenetics
79%
Parkinson Disease
38%
Stem Cells
33%
Substantia Nigra
16%
Transgenic Mice
13%
Transplants
38%
Tyrosine 3-Monooxygenase
16%
Matematik
Action Potential
12%
Activation
10%
Acute
9%
Animal Model
13%
Cell
25%
Connectivity
7%
Culture
10%
Demonstrate
5%
Dissection
11%
Functional Integration
93%
Integrate
9%
Interaction
6%
Model
19%
Mouse
21%
Neuron
62%
Parkinson's Disease
39%
Recovery
16%
Replacement
8%
Slice
9%
Stem Cells
85%
Strategy
6%
Transgenic Mice
16%
Landbrug og biologi
action potentials
8%
adverse effects
6%
animal models
6%
cells
9%
disease models
10%
dopamine
61%
genetically modified organisms
5%
mesencephalon
10%
mice
13%
neural stem cells
100%
neurons
50%
optogenetics
94%
Parkinson disease
30%
stem cells
22%
tyrosine 3-monooxygenase
9%
Teknik og materialevidenskab
Animals
7%
Cells
7%
Chemical activation
6%
Dissection
10%
Dopamine
92%
Electric wiring
8%
Grafts
39%
Neurons
55%
Recovery
10%
Stem cells
85%
Geo- og miljøvidenskab
animal
5%
cell
37%
connectivity
6%
dissection
9%
effect
1%
firing
7%
replacement
6%
stem
6%