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The CSF3RcausesT618I mutation
Chemical change in 1 base pair of genecausespoint mutation
by a change in a single DNA letter in a given gene(passive) caused bya point mutation
by a change in a single DNA letter in a given gene (passive) caused bya point mutation
by a change in a single DNA letter in a given gene(passive) caused bya point mutation
A substitution in one base pairwill causea point mutation
by the substitution of one nucleotide for another(passive) caused byPoint A Mutation
by the substitution of one nucleotide for another(passive) caused byPoint Mutation A mutation
6 B. A chemical change in just one base pair of a genecausesa point mutation
by the substitution of a one or more DNA bases in a strand(passive) caused byPoint mutation Mutation
The disease ... a single nucleotide substitution in our DNAresultsfrom a point mutation
by substitution of a single base(passive) caused bya point mutation
B. A chemical change in just one base pair of a genecausesa point mutation
B. A chemical change in just one base pair of a genecausesa point mutation
A chemical change in just one base pair of a genecausesa point mutation
A chemical change in just one base pair of a genecausesa point mutation
function mutationresultingfrom a point mutation
a single radiationcausedpoint mutation
a loss of function mutation ... , a deletion and/or an insertionresultingfrom a point mutation
by a random replication error(passive) caused bya point mutation
The diseaseresultsfrom a point mutation
a diseasecausingpoint mutation
this syndromeDoes ... resultfrom a point mutation
bases at two or more neighboring positionsinfluencea point mutation
at least one diseasecausingpoint mutation
by a defect in the heart development(passive) caused bya point mutation
a variety of agents known as mutagens which may be chemical compounds(passive) may be caused byPoint mutation
DNA polymerasecausesa point mutation
a single photoncausinga point mutation
by polymerase error(passive) caused bya point mutation
The defectresultsfrom a point mutation
by UV light 3(passive) caused byPoint mutation
and I do not think it doesresultsfrom a point mutation
by exposure to a mutagen(passive) caused bya point mutation
deletion and inversion(passive) may also be caused byA point mutation
A SNPcan result ... e.g.from a point mutation
the phenotypedoes ... resultfrom a point mutation
by RNA recombination(passive) caused bypoint mutation
the same chromosomeresultsfrom a point mutation
Recombination andmay resultpoint mutation
to the USleadingto the US
Dominant Progressive Retinal Atrophy ( D - PRA(passive) is caused byDominant Progressive Retinal Atrophy ( D - PRA
beneficialcan causebeneficial
an amino acid to change , which will change the structure of the protein being madecan causean amino acid to change , which will change the structure of the protein being made
the cell to make an incomplete protein if the mutation results in an early _ _ _ _ codonwill causethe cell to make an incomplete protein if the mutation results in an early _ _ _ _ codon
a single amino acid in a protein to changewill causea single amino acid in a protein to change
in a single amino acid change in a proteinresultsin a single amino acid change in a protein
only one nitrogen base in the codon for a person amino acid within the protein glutamic acid to code for that amino acid valine as an alternativewill causeonly one nitrogen base in the codon for a person amino acid within the protein glutamic acid to code for that amino acid valine as an alternative
to an amino acid change in the protein productdoes ... leadto an amino acid change in the protein product
in change to amino acid sequence of proteinresultsin change to amino acid sequence of protein
a single amino acid substitution in the hormone binding domain of the glucocorticoid receptor in familial glucocorticoid resistancecausinga single amino acid substitution in the hormone binding domain of the glucocorticoid receptor in familial glucocorticoid resistance
alsocausesalso
into amino acid changes in the two surface proteinsresultinginto amino acid changes in the two surface proteins
a truncated form of the resulting proteincausesa truncated form of the resulting protein
increase in catalytic activity Point mutation causes increase in catalytic activitycausesincrease in catalytic activity Point mutation causes increase in catalytic activity
to an amino acid change in the p53 proteinleadingto an amino acid change in the p53 protein
a change in the resulting proteincausesa change in the resulting protein
to a single amino acid changeleadsto a single amino acid change
a single amino acid to changecausesa single amino acid to change
Various single amino acid changes(passive) caused byVarious single amino acid changes
loss of expression of one fluorescent protein gene in 20 % of the monochromatic cells produced following treatment with EMShad causedloss of expression of one fluorescent protein gene in 20 % of the monochromatic cells produced following treatment with EMS
an amino acid change ( an arginine to glutamine substitutioncausesan amino acid change ( an arginine to glutamine substitution
in a single amino acid substitutionresultingin a single amino acid substitution
a glycine to glutamic acid substitution in the kinase domain at position 30causesa glycine to glutamic acid substitution in the kinase domain at position 30
in a change in a single mutationresultsin a change in a single mutation
in the substitution of a different amino acid being incorporated into the protein coded by the generesultsin the substitution of a different amino acid being incorporated into the protein coded by the gene
in a truncated protein in amino acidresultingin a truncated protein in amino acid
in the change of amino acid residue glutamic acid to valineresultsin the change of amino acid residue glutamic acid to valine
a non - conservative amino acid change in block A.causinga non - conservative amino acid change in block A.
to change in the codon , which then codes for another amino acidleadingto change in the codon , which then codes for another amino acid
a single nitrogen base in a codon for one amino acid in the protein called glutamic acid to instead code for the amino acid valinecauseda single nitrogen base in a codon for one amino acid in the protein called glutamic acid to instead code for the amino acid valine
to an amino acid changeleadingto an amino acid change
one amino acidcausesone amino acid
a single amino acid substitution in the hormonecausinga single amino acid substitution in the hormone
a single amino acid substitution in the hormonecausinga single amino acid substitution in the hormone
resistance of Factor V protein degradation by activated protein C ( APCcausesresistance of Factor V protein degradation by activated protein C ( APC
in an amino acid substitution of a methionine for a threonine at position 790 in exon 20resultsin an amino acid substitution of a methionine for a threonine at position 790 in exon 20
to an amino acid substitution at the critical active site of an enzyme productleadsto an amino acid substitution at the critical active site of an enzyme product
a single amino acid replacement incausesa single amino acid replacement in
to the change of 1leadingto the change of 1