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6 amino acid differences ( 98.2 % nucleotide sequence similarityresultingfrom single nucleotide polymorphism ( SNP ) differences
restriction - site associated DNA ( RAD ) sequencing on roach samples collected throughout Californiato discoverand genotype thousands of single nucleotide polymorphism ( SNPs
restriction - site associated DNA ( RAD ... collected throughout Californiato discovergenotype thousands of single nucleotide polymorphism ( SNPs
GWAS and understanding how these loci control disease(passive) discovered bysingle nucleotide polymorphism ( SNP ) associations
by GWAS(passive) discovered bysingle nucleotide polymorphism ( SNP ) associations
NFKB1 - 94 insertion / deletioncontributesATTG polymorphism
The Sequenom MassARRAY Assay Design 3.0 software ( San Diego , CA , USA ) was usedto designmultiplexed single nucleotide polymorphism ( SNP
the MNNG(passive) caused bysingle nucleotide polymorphisms ( SNPs
assay(passive) was designedA Taqman single nucleotide polymorphism genotyping
Research leader Jeffrey L. Vallet and his colleaguesdiscovereda single nucleotide polymorphism , or SNP
methodsto discovergenotype single - nucleotide polymorphism
The studyresultsfrom a single - nucleotide polymorphism
on chromosome 19(passive) has been discoveredThis single nucleotide polymorphism
any drugcausingCYP2C19 POLYMORPHISM
Assembly Errors(passive) Caused bySingle Nucleotide Polymorphisms
total 107 scorable bandsresulting87.85 % polymorphism
in the small subunit of the starch biosynthesis rate - controlling enzyme ADP - glucose pyrophosphorylase , which resulted in the introduction of a STOP codon in the messenger RNA of the enzyme(passive) was discoveredA single nucleotide polymorphism ( SNP
in amino acid substitutionresultingin amino acid substitution
to a functional change in the protein being studiedleadsto a functional change in the protein being studied
drug responseinfluencingdrug response
an individual 's diseasecausingan individual 's disease
to the altered gene expression [ 22 , 23could contributeto the altered gene expression [ 22 , 23
IVIg responsiveness of japanese patients with CIDPinfluencesIVIg responsiveness of japanese patients with CIDP
IVIg responsiveness of Japanese patientsinfluencesIVIg responsiveness of Japanese patients
to arterial stiffnesscontributesto arterial stiffness
SNPsinfluencingSNPs
a valine to methionine exchange at position 129causesa valine to methionine exchange at position 129
Amino acid substitutions(passive) caused byAmino acid substitutions
to an amino acid substitution from serineleadingto an amino acid substitution from serine
to an amino acid substitution from serine to asparagineleadingto an amino acid substitution from serine to asparagine
an amino acid substitutioncausesan amino acid substitution
to an amino acid substitutionleadingto an amino acid substitution
an amino acid changecausingan amino acid change
amino acid substitution within the of ankyrincausesamino acid substitution within the of ankyrin
in substitution of a highly conserved amino acidresultedin substitution of a highly conserved amino acid
in a single amino acid exchangeresultingin a single amino acid exchange
in a synonymous amino acid changeresultingin a synonymous amino acid change
an amino acid switch from glutamine to valineresultsan amino acid switch from glutamine to valine
to either a Histidine or an Arginine residue in the enzymeleadsto either a Histidine or an Arginine residue in the enzyme
an amino acid alteration at position Asn34 of the receptorcausingan amino acid alteration at position Asn34 of the receptor
to a glutamine ( Gln ) by arginine ( Arg ) substitution at codonleadingto a glutamine ( Gln ) by arginine ( Arg ) substitution at codon
in protein C resistanceresultsin protein C resistance
in an amino acid switch from glutamineresultsin an amino acid switch from glutamine
the substitution of arginine ( Argcausingthe substitution of arginine ( Arg
SNP ) in the genemay resultSNP ) in the gene
an amino acid alteration at position Asn34 of the receptor ( 89causingan amino acid alteration at position Asn34 of the receptor ( 89
an amino acid substitution within the 11th of 12 ankyrin repeats of ANKK1 ... genecausesan amino acid substitution within the 11th of 12 ankyrin repeats of ANKK1 ... gene
a valine to methionine exchangecausesa valine to methionine exchange
a valine to methionine exchange at position 129causesa valine to methionine exchange at position 129
to a histidine instead of a tyrosine at amino acidleadsto a histidine instead of a tyrosine at amino acid
in a cysteine substitution for arginineresultingin a cysteine substitution for arginine
in a premature stop codon in the coding regionresultsin a premature stop codon in the coding region
to a valineleadsto a valine
changes in amino acidscan causechanges in amino acids
from this studydiscoveredfrom this study
an amino acid change in a near actin - interacting domain of Argcausingan amino acid change in a near actin - interacting domain of Arg
in an amino acid switch from glutamine to valine and that yields an entirely sickled red blood cell with limited capacity to carry oxygenresultsin an amino acid switch from glutamine to valine and that yields an entirely sickled red blood cell with limited capacity to carry oxygen