a. cDNA 1) proteomics b. phylogenetic conservation 2) prosecutor\'s fallacy c. n
ID: 51704 • Letter: A
Question
a. cDNA 1) proteomics
b. phylogenetic conservation 2) prosecutor's fallacy
c. nonfunctional duplicate 3) MALDI-TOF
d. DNA probe 4) transcriptomics
e. isoelectric focusing 5) genomics
f. single nucleotide polymorphisms (SNPs) 6) pharmacogenomics
g. mass over charge ratio (m/z) 7) metabolomics
h. GC-Mass Spec (GC/MS) 8) metagenomics
i. hybridization without blotting 9) comparative genomics
j. RNA probe 10) Northern blotting
k. old fashioned proteomics 11) Southern blotting
l. logical conclusion based on a single probabilistic measure 12) Western blotting
m. Sanger chain-termination 13) fluorecent in situ hybridization (FISH)
n. differential responses due to different genetic backgrounds 14) pseudogene
o. human microbiome 15) dideoxynucleotide (ddNTP)
Match the terms on the right with the most appropriate definition, explanation, concept, or fact from the list on the left.
Explanation / Answer
a. cDNA 4) transcriptomics
b. phylogenetic conservation 9) comparative genomics
c. nonfunctional duplicate 14) pseudogene
d. DNA probe 11) Southern blotting
e. isoelectric focusing
f. single nucleotide polymorphisms (SNPs) 5) genomics
g. mass over charge ratio (m/z)
h. GC-Mass Spec (GC/MS)
i. hybridization without blotting 13) fluorecent in situ hybridization (FISH)
j. RNA probe 10) Northern blotting
k. old fashioned proteomics 1) proteomics
l. logical conclusion based on a single probabilistic measure 12) Western blotting
m. Sanger chain-termination 15) dideoxynucleotide (ddNTP)
n. differential responses due to different genetic backgrounds 6) pharmacogenomics
o. human microbiome 7) metabolomics
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