for this expansionpromptedfor this expansion

for FISH applicationsetfor FISH application

when an electron of a molecule absorbs energy of a specific wavelength , and then falls back from a higher energy - level to its original level , releasing the energy as lightresultswhen an electron of a molecule absorbs energy of a specific wavelength , and then falls back from a higher energy - level to its original level , releasing the energy as light

from one cell onlyoriginatedfrom one cell only

from one celloriginatedfrom one cell

from these constructsoriginatingfrom these constructs

to the emergence of false populationsleadingto the emergence of false populations

the signalinfluencesthe signal

from multiple fluorescent group moleculesresultingfrom multiple fluorescent group molecules

The optical dot signal(passive) is strongly influenced byThe optical dot signal

to formation of a non - fluorescent complex between the COE and a quencher molecule ( static quenchingcan leadto formation of a non - fluorescent complex between the COE and a quencher molecule ( static quenching

from multiple fluorescent group molecules on the protein interacting with each otherresultingfrom multiple fluorescent group molecules on the protein interacting with each other

to hypofluorescenceleadingto hypofluorescence

false readingscausesfalse readings

the proteins to light up and determines where they arecausesthe proteins to light up and determines where they are

to photo - damagecan leadto photo - damage

from confocal imagesresultingfrom confocal images

a 335 ( 380)/525 nm filter(passive) set bya 335 ( 380)/525 nm filter

a diamond to appear less clear or slightly hazy if the diamond exhibits very strong or extreme fluorescencecan causea diamond to appear less clear or slightly hazy if the diamond exhibits very strong or extreme fluorescence

Systematic Dye Bias in Microarray Experiments Using Cyanine DyeCausesSystematic Dye Bias in Microarray Experiments Using Cyanine Dye

from fluorescent moleculesoriginatingfrom fluorescent molecules

problems with a non - fluorescence detection methodcausingproblems with a non - fluorescence detection method

from molecules in sample liquid within the FCFD cavity and fluorescenceoriginatingfrom molecules in sample liquid within the FCFD cavity and fluorescence

the sample to emit additional light at the wavelength of interestcausesthe sample to emit additional light at the wavelength of interest

at the surface and fluorescenceoriginatingat the surface and fluorescence

with camera noise and media fluorescenceoriginatingwith camera noise and media fluorescence

from natural tissue fluorescencemay resultfrom natural tissue fluorescence

from the tissue surface ( probe ( 1originatingfrom the tissue surface ( probe ( 1

in a delay in the fluorescence from the molecules in one of the capillariesresultingin a delay in the fluorescence from the molecules in one of the capillaries

a large background signal(passive) caused bya large background signal

a diamond to appear less clear or slightly hazycan causea diamond to appear less clear or slightly hazy

from different bands of excitation radiationoriginatingfrom different bands of excitation radiation

from oxidation of the fluorescent probe DCFresultingfrom oxidation of the fluorescent probe DCF

from within the flow celloriginatingfrom within the flow cell

from photon absorption and subsequent emissionresultingfrom photon absorption and subsequent emission

to color samplescontributesto color samples

from a non - target layeroriginatingfrom a non - target layer

from a re - emission of light from the coral coloration moleculeresultsfrom a re - emission of light from the coral coloration molecule

from excitation with the 488 nm laser ( 15 mWresultingfrom excitation with the 488 nm laser ( 15 mW

your diamond to have a milky visual appearance when seen in direct daylightmight causeyour diamond to have a milky visual appearance when seen in direct daylight