INIS
receptors
100%
regulations
58%
pain
55%
cancer
52%
diseases
37%
tungsten 163
32%
nervous system diseases
32%
calcium
29%
stimuli
28%
potassium
26%
physiology
26%
residues
26%
estradiol
26%
voltage
26%
hypoxia
26%
tissues
24%
oxygen
22%
hypertension
20%
reviews
19%
sleep
18%
molecules
17%
inflammation
16%
oxidation
14%
membranes
13%
muscles
13%
fluorescence
13%
vasoconstriction
13%
molecular dynamics method
13%
point mutations
13%
patients
12%
levels
11%
production
10%
cations
10%
growth factors
9%
modulation
8%
cell cycle
7%
variations
7%
modifications
7%
genes
7%
reduction
7%
messenger-rna
7%
proliferation
7%
ions
7%
ischemia
7%
central nervous system
6%
mutagenesis
6%
metabolites
5%
blocking
5%
therapeutic agents
5%
tumors
5%
Keyphrases
Membrane Cholesterol
26%
Induced Mesenchymal Stem Cells
26%
17-estradiol
26%
Platelet Lysate
26%
Mesenchymal Stem Cell Migration
26%
Molecular Targets
26%
TRP Channels
26%
SK Channels
26%
Transient Receptor Potential Vanilloid 1 (TRPV1)
17%
Channel Activity
15%
Cholesterol Enrichment
10%
Cholesterol Depletion
10%
Vascular Cells
10%
MSC Migration
10%
Noxious Stimuli
10%
Desensitization
8%
Antinociceptive
8%
Inflammatory Mediators
8%
Microenvironment
8%
Hyperalgesia
8%
Sensory Stimuli
8%
Patients with Cancer
8%
Tumor Microenvironment
8%
Intracellular Signaling
8%
Allodynia
8%
Nociceptive Stimulus
8%
Peripheral Sensitization
8%
Hypoxic Response
8%
Active Configuration
6%
Hydrophobic Residues
6%
Molecular Player
6%
Pore Opening
6%
Vasoregulation
6%
Increase in Probability
6%
Mutagenesis
6%
Sensor Activation
6%
Smooth muscle Cells
6%
Structural Lipids
5%
Vascular Contraction
5%
Pain Treatment
5%
Pressure Stimulus
5%
Vasodilator
5%
Pain Sensation
5%
Open Probability
5%
Osmotic Pressure
5%
Pore-forming
5%
Arterial Tone
5%
Arterial Blood
5%
Heart-lung
5%
Eukaryotes
5%
Heart-brain
5%
Channel Properties
5%
Nociception
5%
Cation Channel
5%
Modulatory Effects
5%
Electrophysiology
5%
NS1619
5%
Pharmacology, Toxicology and Pharmaceutical Science
Malignant Neoplasm
52%
Large Conductance Calcium Activated Potassium Channel
52%
Transient Receptor Potential Channel
46%
Receptor
32%
Molecular Target
30%
Calcium Ion
29%
Diseases
29%
Diethylstilbestrol
26%
Potassium Ion
26%
Binding Site
26%
Cancer Pain
26%
Hypoxia
19%
Sleep Disordered Breathing
16%
Growth Factor
9%
Cation Channel
7%
Neurotransmitter
6%
Hyperalgesia
6%
Tumor Microenvironment
6%
Allodynia
6%
Mutagenesis
6%
Ion Channel
6%
Neuroprotective Agent
6%
Desensitization
6%
Plant Extract
6%
Messenger RNA
6%