Loading ...
that excites the living tissueto causeautofluorescence
particulate from cells or cell culture medium and emission from YFP , any fluorescent signal larger than 5 μm(passive) caused byautofluorescence
normal mouse chow when imaging(passive) caused byautofluorescence
normal mouse chow diet when imaging(passive) caused byautofluorescence
endogenous molecules(passive) caused byautofluorescence
The excitation light cut filter blocks excitation light for exciting a living bodyto causeautofluorescence
Use a negative control to check and minimize bacterial contaminationmay causeautofluorescence
the detection chamber 170 itself ... a maximum interference materialcausesautofluorescence
the use of ade- strains as even excess adenine ... necessary sufficientto completely preventautofluorescence
While perfusion of the fixative is essential to preserve ultrastructure , reducing the concentration of glutaraldehyde is necessaryto preventautofluorescence
In these applications , usually very low concentrations ( often around 0.1 % ) of GA are usedto preventautofluorescence
the presence of fluorescent compounds , such as flavins and porphyrins(passive) may also be caused byAutofluorescence
For immunofluorescence double staining , we first added an auto - fluorescent quencher to the sectionsto preventautofluorescence
the same excitation light used to excite the fluorophore in the fluorescence assay(passive) is triggered byAutofluorescence
natural fluorescent substances occurring superficially in external tissue layers(passive) triggered byautofluorescence
necrotic plant tissue(passive) caused byautofluorescence
a shutterpreventsautofluorescence
the presence of co - enzymes in mammalian cells Emission(passive) Caused byAutofluorescence –
wavelength 390 - 440 nmcausesautofluorescence
the rounding up of cells near times of cell division(passive) caused byautofluorescence
Highly Fluorescent Disadvantages - UV excitationcausesautofluorescence
the potentialto createautofluorescence
many factors , including the age of the animal and fixation techniques(passive) is influenced byAutofluorescence
the contrast agent(passive) caused byautofluorescence
the tissue preparation and labelingis causingautofluorescence
stacking images by confocal microscopy(passive) caused byautofluorescence
the extended time in fixative(passive) caused byautofluorescence
the presence of such cellular components as elastin , lysosomes , and mitochondria among others(passive) caused byautofluorescence
cell type and physiological conditions(passive) is influenced byAutofluorescence
blood(passive) caused byautofluorescence
flavin or collagen , etc(passive) caused byautofluorescence
two - photon excitation in the green channel ( pseudocolored green(passive) caused byAutofluorescence
excitation and light- scattering signals from cellular and equipment sources(passive) caused byautofluorescence
the lipofuscin(passive) is caused byAutofluorescence
Argon LasertriggeredAutofluorescence
anti - Stokes emissionpreventsautofluorescence
the wavelength components in the ultraviolet spectrum ( UV ) of the ultraviolet - and - blue light ( UV+B ) excite living tissueto causeautofluorescence
organic solvents within the adhesivescan ... causeautofluorescence
# 5 “Over - fixationwill causeautofluorescence
the release of phenolic compounds ( Figure 3A(passive) caused byautofluorescence
to false - positive intracellular Foxp3 staining in macrophagescontributesto false - positive intracellular Foxp3 staining in macrophages
from excitation lightresultingfrom excitation light
the analytical problems(passive) caused bythe analytical problems
the light - induced reaction(passive) is created bythe light - induced reaction
to the signal observed by fluorescence microscopycontributed minimallyto the signal observed by fluorescence microscopy
problems when trying to reconstruct the cellscan causeproblems when trying to reconstruct the cells
The high signal intensity of lyophilized elastin(passive) is caused byThe high signal intensity of lyophilized elastin
the low signal - to - background contrast problem(passive) created bythe low signal - to - background contrast problem
to very high background that can make it difficult to see the signal you wantcan leadto very high background that can make it difficult to see the signal you want
a background signal to the Raman spectrum which deteriorates the signal - to - noise with which the Raman signal is detectedcan causea background signal to the Raman spectrum which deteriorates the signal - to - noise with which the Raman signal is detected
severe problems in , especially the ill - posed , fluorescence diffuse optical tomography ( FDOTcausessevere problems in , especially the ill - posed , fluorescence diffuse optical tomography ( FDOT
false - positive lesions in ovarian cancer and difficulty in discriminating breast cancer - specific fluorescence from background signalcausedfalse - positive lesions in ovarian cancer and difficulty in discriminating breast cancer - specific fluorescence from background signal
an artifact(passive) caused byan artifact
from endogenous fluorphore such as porphyrins , lipofuscin , NADPH , flavin , collagen , elastin , tryptophan , tyrosine and phenylalanine etccausedfrom endogenous fluorphore such as porphyrins , lipofuscin , NADPH , flavin , collagen , elastin , tryptophan , tyrosine and phenylalanine etc
in the center of the rosettesoriginatingin the center of the rosettes
in endogenous substances in biological tissues and the likeoriginatingin endogenous substances in biological tissues and the like
in the sampleoriginatingin the sample
from fluorescence in - situ hybridisation [ FISHresultingfrom fluorescence in - situ hybridisation [ FISH
from a varietyof fluorophores in the oral cavityoriginatesfrom a varietyof fluorophores in the oral cavity
from lipofuscin particles found in human tissueoriginatingfrom lipofuscin particles found in human tissue
within one or more components of the overall systemcreatedwithin one or more components of the overall system
from epithelial cells due tooriginatingfrom epithelial cells due to
Strong red staining in blood vessels(passive) is caused byStrong red staining in blood vessels
from the use of aldehyde fixation ( formaldehyde or glutaraldehydealso resultsfrom the use of aldehyde fixation ( formaldehyde or glutaraldehyde
from retinol within the RPEmainly originatingfrom retinol within the RPE
the visual noise(passive) caused bythe visual noise
from retinol in the retinal pigment epithelium ( RPEmainly originatingfrom retinol in the retinal pigment epithelium ( RPE
much less background(passive) caused bymuch less background
to this effect following irradiationcontributingto this effect following irradiation
from either organic or inorganic compounds or elementsmay originatefrom either organic or inorganic compounds or elements
unwanted background noise during fluorescence imaging in the visible regioncan causeunwanted background noise during fluorescence imaging in the visible region
from the perinuclear zone of live cells in culture ( Figures 6(boriginatingfrom the perinuclear zone of live cells in culture ( Figures 6(b
noises(passive) caused bynoises
from hepatocellular reduced pyridine nucleotides ( NADHresultingfrom hepatocellular reduced pyridine nucleotides ( NADH
potential false positive results(passive) caused bypotential false positive results
to our final readingscontributingto our final readings
from multilamellar bodies ( MLBs ) and secretory granulesoriginatedfrom multilamellar bodies ( MLBs ) and secretory granules
to an intense , broad background in the spectraleadsto an intense , broad background in the spectra
from aldehyde - based fixation ( Clancy and Cauller , 1998resultingfrom aldehyde - based fixation ( Clancy and Cauller , 1998
a negative control thresholdto seta negative control threshold