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methodology
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Research, Technology and Engineering
methodology
Term
Metadata
methodology
Alternative terms
UF
↸
methods
UF
↸
techniques
Broader Terms
BT
↑
Research, Technology and Engineering
More specific terms
NT2
↓
age determination
►
▼
NT3
↓
dendrochronology
►
▼
NT4
↓
dendroclimatology
NT3
↓
radiocarbon dating
NT2
↓
analytical methods
►
▼
NT3
↓
calorimetry
►
▼
NT4
↓
differential scanning calorimetry
NT3
↓
chromatography
►
▼
NT4
↓
countercurrent chromatography
NT4
↓
gas chromatography
►
▼
NT5
↓
capillary gas chromatography
NT4
↓
gel permeation chromatography
►
▼
NT5
↓
size exclusion chromatography
NT4
↓
ion exchange chromatography
NT4
↓
ion pair chromatography
NT4
↓
liquid chromatography
►
▼
NT5
↓
affinity chromatography
►
NT5
↓
high performance liquid chromatography
►
NT5
↓
reversed-phase liquid chromatography
►
NT4
↓
paper chromatography
NT4
↓
reversed-phase chromatography
►
▼
NT5
↓
reversed-phase liquid chromatography
►
NT4
↓
supercritical fluid chromatography
NT4
↓
thin layer chromatography
NT3
↓
colorimetry
NT3
↓
densitometry
NT3
↓
Diagnosis and Recommendation Integrated System
NT3
↓
electromagnetic induction techniques
NT3
↓
electronic sensing
►
▼
NT4
↓
electronic nose
NT3
↓
electrophoresis
►
▼
NT4
↓
capillary electrophoresis
►
▼
NT5
↓
capillary zone electrophoresis
NT4
↓
gel electrophoresis
►
▼
NT5
↓
pulsed-field gel electrophoresis
NT4
↓
immunoelectrophoresis
►
▼
NT5
↓
counterimmunoelectrophoresis
NT4
↓
isoelectric focusing
NT4
↓
polyacrylamide gel electrophoresis
NT3
↓
energy-dispersive X-ray analysis
NT3
↓
fiber optics
NT3
↓
flow cytometry
NT3
↓
flow injection analysis
NT3
↓
high volume instruments
NT3
↓
isotope dilution technique
NT3
↓
Kjeldahl method
NT3
↓
magnetic resonance imaging
NT3
↓
neutron activation analysis
NT3
↓
olfactometry
NT3
↓
reflectometry
►
▼
NT4
↓
time domain reflectometry
NT3
↓
spectroscopy
►
▼
NT4
↓
atomic absorption spectrometry
NT4
↓
circular dichroism spectroscopy
NT4
↓
electron paramagnetic resonance spectroscopy
NT4
↓
fluorescence emission spectroscopy
NT4
↓
infrared spectroscopy
►
▼
NT5
↓
far-infrared spectroscopy
NT5
↓
Fourier transform infrared spectroscopy
NT5
↓
near-infrared reflectance spectroscopy
NT5
↓
near-infrared spectroscopy
NT4
↓
mass spectrometry
NT4
↓
Mossbauer spectroscopy
NT4
↓
nuclear magnetic resonance spectroscopy
NT4
↓
photoacoustic spectroscopy
NT4
↓
Raman spectroscopy
NT4
↓
ultraviolet-visible spectroscopy
NT4
↓
X-ray fluorescence spectroscopy
NT4
↓
X-ray photoelectron spectroscopy
NT3
↓
surface plasmon resonance
NT3
↓
thermogravimetry
NT3
↓
tomography
►
▼
NT4
↓
computed tomography
NT3
↓
viscometry
NT3
↓
X-ray diffraction
NT2
↓
bioelectrical impedance
NT2
↓
chemical analysis
►
▼
NT3
↓
headspace analysis
NT3
↓
iodine value
NT3
↓
multiresidue analysis
NT3
↓
peroxide value
NT3
↓
saponification number
NT3
↓
spectral analysis
NT3
↓
titration
NT2
↓
collaborative testing
NT2
↓
detection
►
▼
NT3
↓
analytical specificity
NT3
↓
automatic detection
NT3
↓
critical control points
NT3
↓
detection limit
NT3
↓
microbial detection
NT2
↓
diagnostic techniques
►
▼
NT3
↓
clinical examination
NT3
↓
exercise test
NT3
↓
hematologic tests
►
▼
NT4
↓
blood cell counts
►
▼
NT5
↓
blood platelet count
NT5
↓
erythrocyte count
NT5
↓
leukocyte count
►
NT4
↓
erythrocyte sedimentation rate
NT4
↓
hematocrit
NT3
↓
medical history
NT3
↓
necropsy
NT3
↓
xenodiagnosis
NT2
↓
electroantennography
NT2
↓
electrocardiography
NT2
↓
electroencephalography
NT2
↓
electrofusion
NT2
↓
electromyography
NT2
↓
electronic identification
►
▼
NT3
↓
barcoding
NT3
↓
radio frequency identification
NT2
↓
electroretinography
NT2
↓
image analysis
►
▼
NT3
↓
photographic interpretation
NT2
↓
immunologic techniques
►
▼
NT3
↓
agglutination tests
►
▼
NT4
↓
hemagglutination tests
►
▼
NT5
↓
hemagglutination inhibition test
NT4
↓
latex agglutination test
NT3
↓
antibody detection
NT3
↓
antigen detection
NT3
↓
complement fixation tests
NT3
↓
fluorescent antibody technique
NT3
↓
immunoassays
►
▼
NT4
↓
chemiluminescence immunoassays
NT4
↓
enzyme immunoassays
►
▼
NT5
↓
enzyme-linked immunosorbent assay
NT4
↓
radioimmunoassays
NT3
↓
immunoblotting
►
▼
NT4
↓
Western blotting
NT3
↓
immunodiffusion tests
NT3
↓
immunomagnetic separation
NT3
↓
neutralization tests
NT3
↓
precipitin tests
NT3
↓
ring tests
►
▼
NT4
↓
milk ring tests
NT3
↓
skin tests
►
▼
NT4
↓
patch test
NT2
↓
laboratory techniques
►
▼
NT3
↓
animal tests
►
▼
NT4
↓
acute toxic class method
NT4
↓
eye irritation tests
NT4
↓
fixed dose procedure
NT4
↓
lethal concentration 50
NT4
↓
local lymph node assay
NT3
↓
animal use alternatives
►
▼
NT4
↓
animal use reduction
NT4
↓
animal use refinement
►
▼
NT5
↓
humane endpoints
NT4
↓
animal use replacement
►
▼
NT5
↓
nonanimal tests
NT3
↓
artificial membranes
►
▼
NT4
↓
lipid bilayers
NT4
↓
liposomes (artificial)
NT3
↓
assays
►
▼
NT4
↓
bioassays
►
▼
NT5
↓
cell transformation assay
NT5
↓
frog embryo teratogenesis assay-Xenopus
NT4
↓
immunoassays
►
▼
NT5
↓
chemiluminescence immunoassays
NT5
↓
enzyme immunoassays
►
NT5
↓
radioimmunoassays
NT3
↓
cell fractionation
NT3
↓
cell free system
NT3
↓
differential staining
NT3
↓
dye binding
NT3
↓
fecal egg count
NT3
↓
genetic techniques and protocols
►
▼
NT4
↓
chromosome banding
NT4
↓
chromosome mapping
►
▼
NT5
↓
chromosome walking
NT5
↓
physical chromosome mapping
►
NT4
↓
cytogenetic analysis
►
▼
NT5
↓
karyotyping
NT4
↓
diallel analysis
NT4
↓
direct DNA uptake
NT4
↓
DNA footprinting
NT4
↓
DNA profiling
NT4
↓
electroporation
NT4
↓
gene targeting
NT4
↓
gene transfer
►
▼
NT5
↓
biolistics
NT5
↓
transfection
NT4
↓
genetic complementation test
NT4
↓
genetic markers
NT4
↓
in situ hybridization
►
▼
NT5
↓
fluorescence in situ hybridization
NT4
↓
microarray technology
NT4
↓
molecular cloning
►
▼
NT5
↓
gene fusion
NT5
↓
two hybrid system techniques
NT4
↓
Northern blotting
NT4
↓
nucleic acid hybridization
NT4
↓
plasmid curing
NT4
↓
polymerase chain reaction
►
▼
NT5
↓
amplified fragment length polymorphism
NT5
↓
random amplified polymorphic DNA technique
NT5
↓
reverse transcriptase polymerase chain reaction
NT5
↓
simple sequence length polymorphism
NT4
↓
sequence alignment
NT4
↓
sequence analysis
NT4
↓
sexing
NT4
↓
Southern blotting
NT4
↓
virus curing
NT3
↓
in vitro culture
►
▼
NT4
↓
axenic culture
NT4
↓
callus culture
NT4
↓
cell culture
►
▼
NT5
↓
cell suspension culture
NT5
↓
cloning (cells)
NT5
↓
coculture
NT5
↓
protoplast fusion
NT4
↓
culture filtrates
NT4
↓
culture media
►
▼
NT5
↓
selective media
NT4
↓
embryo culture
NT4
↓
enrichment culture
NT4
↓
explants
NT4
↓
mixed culture
NT4
↓
monoxenic culture
NT4
↓
tissue culture
►
▼
NT5
↓
anther culture
NT5
↓
organ culture
NT5
↓
ovule culture
NT3
↓
in vitro digestion
NT3
↓
labeling techniques
►
▼
NT4
↓
fluorescent labeling
►
▼
NT5
↓
green fluorescent protein
NT4
↓
isotope labeling
►
▼
NT5
↓
radiolabeling
NT4
↓
photoaffinity labeling
NT3
↓
minimum inhibitory concentration
NT3
↓
plate count
NT2
↓
metrology
►
▼
NT3
↓
accuracy
NT3
↓
area
►
▼
NT4
↓
basal area
NT4
↓
surface area
NT3
↓
bias
NT3
↓
biometry
►
▼
NT4
↓
morphometry
NT3
↓
calibration
NT3
↓
depth
NT3
↓
diameter
NT3
↓
dimensions
NT3
↓
fractal dimensions
NT3
↓
frequency
NT3
↓
girth
NT3
↓
height
NT3
↓
incidence
NT3
↓
length
NT3
↓
mass
NT3
↓
measurement
NT3
↓
occurrence
NT3
↓
precision
NT3
↓
prevalence
NT3
↓
rating scales
NT3
↓
readability
NT3
↓
reference standards
NT3
↓
reliability
NT3
↓
repeatability
NT3
↓
reproducibility
NT3
↓
shape
NT3
↓
standardization
NT3
↓
thickness
NT3
↓
validity
NT3
↓
variability
NT3
↓
volume
NT3
↓
weight
NT3
↓
width
NT2
↓
microscopy
►
▼
NT3
↓
confocal scanning laser microscopy
NT3
↓
electron microscopy
►
▼
NT4
↓
scanning electron microscopy
NT4
↓
transmission electron microscopy
NT2
↓
monitoring
►
▼
NT3
↓
disease surveillance
►
▼
NT4
↓
FoodNet (CDC)
NT3
↓
environmental monitoring
NT3
↓
pest monitoring
NT3
↓
process monitoring
NT2
↓
new methods
NT2
↓
nondestructive methods
NT2
↓
qualitative analysis
NT2
↓
quantitative analysis
NT2
↓
radiography
►
▼
NT3
↓
dual-energy X-ray absorptiometry
NT2
↓
radiometry
NT2
↓
rapid methods
NT2
↓
response surface methodology
NT2
↓
screening
►
▼
NT3
↓
germplasm screening
NT2
↓
test meals
NT2
↓
testing
►
▼
NT3
↓
dynamic testing
NT3
↓
static testing
NT3
↓
toxicity testing
►
▼
NT4
↓
acute toxic class method
NT4
↓
Ames test
NT4
↓
inhibitory concentration 50
NT4
↓
lethal concentration 50
NT2
↓
thermal analysis
NT2
↓
ultrasonography
►
▼
NT3
↓
echocardiography
Related terms
RT
⇆
bioinformatics
RT
⇆
research methods
Español
metodología
Date of creation
13-Jan-2011
Accepted term
13-Jan-2011
Descendant terms
249
ARK
ark:/99152/t3wdmr2jqwpyv6
More specific terms
33
Alternative terms
2
Related terms
2
Notes
0
Metadata
BS8723-5
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