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point mutationsmay resultin amino acid substitutions in HBsAg protein
one or more mutationscauseamino acid substitutions in the protein sequence
single nucleotide mutationscauseamino acid substitution in the corresponding protein
the effects of various mutationscauseamino acid substitutions in this protein
nucleotide changes ( i.e. mutations ) at these sitescould leadto amino acid substitutions that will affect protein function
Resistance to pyrethroids ... mutations in the VGSC genecauseamino acid substitutions in the channel protein
mutation of the RPL gene itself , which presents a larger mutational target than Shl?Most reports of molecular convergence(passive) caused byamino acid substitutions in the RPL protein
develops bymutationcausingamino acid substitutions in theM2 protein
Variation around genes ... variationcausesan amino acid substitution 3’UTR Change in protein function
approximately 15 percent of the SNPs are predictedto causeamino acid substitution in proteins
the in vitro ω - hydroxylation of arachidonic acid ... 10 CYP4A11 allelic variantscauseamino acid substitutions in the encoded proteins
the single amino acid polymorphisms ( SAPs , conventionally known as non - synonymous SNPs or nsSNPscauseamino acid substitutions in the protein product
a minority of those polymorphismscauseamino acid substitution of the protein
Single nucleotide polymorphisms ( SNP ) in coding regions of the genemay resultin amino acid substitutions altering protein function
Two rde-1 alleles ne299 and ne297 are predictedto causeamino acid substitutions within the RDE-1 protein
A small number of base changesresultedin amino acid substitutions in the BHRF1 protein
an expressed sequence with 11 base substitutions in the coding region ... four of whichcausedamino acid substitutions in the encoded protein
nsSNPs , energy minimization and calculating the RMSD ( A ) Finding the closest related protein(passive) caused byprotein structure amino acid substitutions
Many of the polymorphisms in GBSS were predictedto causenonsynonymous amino acid substitutions in the protein
crossreaction with each anti - RecA protein IgG ( 4preventcrossreaction with each anti - RecA protein IgG ( 4
its excretion in vitropreventits excretion in vitro
missense mutations ( illustration on Hemoglobin moleculecausesmissense mutations ( illustration on Hemoglobin molecule
in an altered phenotype which might lead to a diseasecan resultin an altered phenotype which might lead to a disease
dysmyelinationcausedysmyelination
usuallyleadusually
to quantitative or qualitative changes in the activity of the particular protein ( 3 , 27 , 41can leadto quantitative or qualitative changes in the activity of the particular protein ( 3 , 27 , 41
in escape from neutralizing antibodiescan resultin escape from neutralizing antibodies
a cold - sensitive phenotypecausea cold - sensitive phenotype
it to fold improperly ... rendering the protein either useless or actively harmful to the bodycauseit to fold improperly ... rendering the protein either useless or actively harmful to the body
in escape from antibody - mediated neutralizationcan resultin escape from antibody - mediated neutralization
FVIII deficiency(passive) is ... caused byFVIII deficiency
crossreaction forex mathematical trading each anti - RecA protein IgG ( 4preventcrossreaction forex mathematical trading each anti - RecA protein IgG ( 4
to H5N1 transmissibility in mammalscontributeto H5N1 transmissibility in mammals
a defect only in its mobility , but not in activity that promotes flowering ( Yoo et al . , 2013causeda defect only in its mobility , but not in activity that promotes flowering ( Yoo et al . , 2013
virulence properties ( 25 , 31 , 40 , 41 , 49 , 50 ... reviewed in reference 38can influencevirulence properties ( 25 , 31 , 40 , 41 , 49 , 50 ... reviewed in reference 38