The scientistinventedthe PCR ( Polymerase Chain Reaction ) test kit
to detect the presence of mycoplasma(passive) is designedThe PCR Mycoplasma Test Kit
to detect the presence of mycoplasma contamination in biological materials , such as cultured cells(passive) is designedThe PCR Mycoplasma Test Kit
3. resultNegative PCR test
to presentresulta negative PCR test
to detect the tick - transmitted Ehrlichia / Anaplasma bacteria , which can cause fever- and flu - like symptoms(passive) is designedThe Ehrlichia DNA - PCR test
a fusion genesetfor RRT - PCR test
for the detection of Ureaplasma parvum and Ureaplasma urealyticum by the real - time Polymerase Chain Reaction ( PCR ) method(passive) is designedPCR Kit
to screen the appropriate number of colonies ( up to greater than 100 , based on the method of introduction of gene deletion(s(passive) was designedA PCR test
to detect whether you have the infection now(passive) is designedThe PCR test
himself ... his PCR testsinventedthe PCR test
to detect and measure RNA(passive) is designeda PCR test
The scientist ... ( Polymerase Chain Reaction ) test kitinventedthe PCR test
to check the sequence(passive) is designedthe pcr test
for DNA viruses(passive) was originally designedThe PCR test
specifically(passive) is ... designedThe pcr test
the man ... Quantitative PCRinventedthe PCR test
therefore(passive) was ... designedThe PCR test
It was positivepromptingthe PCR test
showresultPCR Test
multiple factors(passive) is influenced byT - ARMS - PCR assay
to amplify only(passive) is designedThe PCR Test
the scientistinventedthe PCR test
the personinventedthe pcr test
how the scientist ... , the HIV era , and what is means for this testing procedure nowinventedthe PCR test
some countriesseta PCR test
the maninventedthe PCR test
This maninventedthe PCR test
the guyinventedthe PCR test
Card , NegativeresultPCR test
The polymerase chain reactionresultedPCR ) test
to detect active infection of pathogenic Anaplasma species(passive) is designedPCR test
to find and identify organisms that cause gastroenteritis(passive) are designedMultiplex PCR tests
in 1971(passive) was inventedThe PCR test
from these sequence data(passive) were designedPCR ) tests
No dead maninventeda PCR test
the Nobel Prize Winnerinventedthe PCR test
to detect the most(passive) are designedPCR tests
the biochemist ... a Nobel Prize in chemistry for thisinventedthe PCR test
The Nobel prize winner who himself ... sayinginventedthe PCR test
for large - scale multiplex PCR assay design in an automated high - throughput environment , where high coverage is requireddesignedfor large - scale multiplex PCR assay design in an automated high - throughput environment , where high coverage is required
the presence of DNA of the fungus or yeastdiscoverthe presence of DNA of the fungus or yeast
in occasional false positives butmay resultin occasional false positives but
HIV NegativeresultedHIV Negative
even if you have the infectionresulteven if you have the infection
to the datacontributingto the data
no more than 96 hoursresultno more than 96 hours
to detect and measure RNAis designedto detect and measure RNA
negative as wellhas resultednegative as well
Gold standard test positive Gold standard test negative Total Positive PCRresultGold standard test positive Gold standard test negative Total Positive PCR
for rapid , on - site diagnosisdesignedfor rapid , on - site diagnosis
to detect Salmonella in blood sampleswas designedto detect Salmonella in blood samples
to detect Bartonella species DNA in blooddesignedto detect Bartonella species DNA in blood
to test for the presence of virusesdesignedto test for the presence of viruses
to detect any infectionswas ... designedto detect any infections
analysis of the resultssetanalysis of the results
to detect antibiotic resistance genesdesignedto detect antibiotic resistance genes
even if you have the infectionresulteven if you have the infection
in a positive for the virusresultingin a positive for the virus