Hvis du har foretaget ændringer i Pure, vil de snart blive vist her.

Fingeraftryk Fingeraftryk er baseret på at ekstrahere emner fra personens forskningsdokumenter for at oprette et indeks af vægtede udtryk, som definerer de enkelte forskeres hovedemner.

Medicin og biovidenskab

Vocal Cords
Muscles
Vertebrates
Acoustics
Larynx
Equidae
Membranes
Mechanoreceptors
Mammals
Music
Ultrasonics
Action Potentials
Oxygen
Skeletal Muscle
Respiration
Skeleton
Vibration
Information Theory
Elastic Modulus
Noise
Motor Neurons
Gestures
Theoretical Models
Porifera
Nervous System
Communication
Acoustic Stimulation
Motor Activity
Neurons
Rodentia
Torque
Otolithic Membrane
Echolocation
Friction
Laryngeal Muscles
Muscle Tonus
Mutation
In Vitro Techniques
Protons

Kemiske forbindelser

Muscle
Acoustic waves
Mammals
Animals
Syringes
Birds
Brownian movement
Canals
Acoustics
Ultrasonics
Cells
Imaging techniques
Oxygen
Redundancy
Water
Networks (circuits)
Aerodynamics
Cartilage
Communication
Genes
Brain
Materials properties
Microdissection
Switches
Experiments
Membranes
Vibrations (mechanical)
Histology
Reentry
Fish
Kinematics
Magnetic resonance
Cavitation
Tomography
Bone
Chemical activation

Landbrug og biologi

syringes
vocalization
animal communication
mechanoreceptors
Taeniopygia guttata
songbirds
kinematics
hairs
Chiroptera
ultrasonics
muscles
vibration
mice
flight
learning
animal models
vertebrates
acoustics
insects
mathematical models
birds
cells
micro-computed tomography
rodents
action potentials
magnetic resonance imaging
cartilage
histology
skeleton
laboratory animals
mutation
agitation
phenotype
Sturnidae
otoliths
mammals
friction
bones