Loading ...
to allow every child to be in the starting lineup(passive) is designedThe substitution system
the SH2B3 risk(passive) caused bythe R262W substitution
rs2272662causesthe Thr357Ala substitution
the prevailing prices of the factor of production(passive) is influenced byThe process of substitution
I knew'd discoveredthe right substitution
it trickyto discoverthe right substitution
It is very importantto discoverthe substitution property
It 's crucialto discoverthe substitution property
the libre(passive) is caused bythe substitution effect
a reviewis promptingthe substitution of the part
ableto ... discoverthe substitution parts
before the game in the Team Management menu here with the help of fifa 18 coins hack tricks(passive) can be setThe substitution order
orderto easily discoverthe substitution parts
corresponding to an A / G transitioncausingthe substitution N / S
trickyto discoverthe proper substitution
I knewhad discoveredthe proper substitution
Quite a few factorsinfluencethe expense of the substitution
c albino mousecausingthe cysteine-->serine substitution
to a ' 1(passive) to be setthe substitution caused
The mutationcausingthe Glu102Lys substitution
The contacts with inflammatory mediatorsprovokethe substitution of the constitutive
A point mutationcausingthe missense substitution
a C > G transversioncausesthe substitution
a type of mutation to a specific proteinresultsfrom the substitution
a type of mutation to a specific protein , ... resultsfrom the substitution
Exome variant analysis in family 187 revealed a mutation at a site with a Phylop conservation score of 1.4 ,leadingto the substitution
G transversioncausesthe substitution
the onecausingthe substitution
the new amino acidresultedfrom the substitution
No further changesresultfrom the substitution
2would resultfrom the substitution
where it 's certainwill be discoveredthe substitution
an injurycausingthe substitution
first(passive) was discoveredThe substitution
the modulo 2 sumresultingfrom the substitution
what would she have said? had discoveredthe substitution
the eventspromptingthe substitution
the timediscoverthe substitution
By the timediscoverthe substitution
under these conditionsdiscoveredthe substitution
a major conformational change in the protein that eliminates its phosphatase activity , which is essential for cell cycle progressioncausesa major conformational change in the protein that eliminates its phosphatase activity , which is essential for cell cycle progression
in a substantial change in the essential elements of the curriculumwould resultin a substantial change in the essential elements of the curriculum
in a substantial change in the course learning outcomeswould resultin a substantial change in the course learning outcomes
an amino acid change from His78 to Tyr78causesan amino acid change from His78 to Tyr78
to only a moderate reduction in viral replication ( ~50 % of WTleadsto only a moderate reduction in viral replication ( ~50 % of WT
alsoledalso
the exon 7 amplicons(passive) caused bythe exon 7 amplicons
in a serine which could be phosphorylated by casein kinase IIresultsin a serine which could be phosphorylated by casein kinase II
to increased duplex stability and more selective base pairing compared to the non - functionalized 7-deazapurine oligonucleotidesleadsto increased duplex stability and more selective base pairing compared to the non - functionalized 7-deazapurine oligonucleotides
the S392 peptide to elute earlier in the HPLC gradient ... as confirmed by sequence analysiscausesthe S392 peptide to elute earlier in the HPLC gradient ... as confirmed by sequence analysis
to a highly sporulating phenotypeleadsto a highly sporulating phenotype
in 5.5 times greater NF kappa B transcriptional activity and approximately 2 times greater expression of IL12B , an NF kappa B - dependent generesultedin 5.5 times greater NF kappa B transcriptional activity and approximately 2 times greater expression of IL12B , an NF kappa B - dependent gene
in a change in the hydrogen - bonding pattern around the asparagine residue and the subunit interface ... allowing greater flexibility at the subunit interface without a marked effect on the overall structureresultedin a change in the hydrogen - bonding pattern around the asparagine residue and the subunit interface ... allowing greater flexibility at the subunit interface without a marked effect on the overall structure
a change in amino acid at that position ... or the substitution results in a conservative amino acid substitutiondoes ... causea change in amino acid at that position ... or the substitution results in a conservative amino acid substitution
in an amino acid change that may have an impact on the function of the encoded proteinresultsin an amino acid change that may have an impact on the function of the encoded protein
to the sequence coding for a different amino acid which may have similar or different properties and alter the functionality of the polypeptide) [ 1leadsto the sequence coding for a different amino acid which may have similar or different properties and alter the functionality of the polypeptide) [ 1
no amino acid change to the protein it producescausesno amino acid change to the protein it produces
no amino acid sequence changecausesno amino acid sequence change
to an amino acid with very different structure and propertiesleadsto an amino acid with very different structure and properties
a different amino acid being coded for within the proteinresultsa different amino acid being coded for within the protein
an amino acid change ( serine to alaninecausedan amino acid change ( serine to alanine
to marked reduction in dehydrogenase activity and stabilityleadsto marked reduction in dehydrogenase activity and stability
to the sequence coding for a stop codon ) or missenseleadsto the sequence coding for a stop codon ) or missense
the amount of chemical expansioninfluencedthe amount of chemical expansion
in a change in the hydropathy profile of the receptor proteinresultedin a change in the hydropathy profile of the receptor protein
to marked reduction in dehydrogenase activity and stability in vitro [ 15leadsto marked reduction in dehydrogenase activity and stability in vitro [ 15
to marked reduction in dehydrogenase activity and stability in vitroleadsto marked reduction in dehydrogenase activity and stability in vitro
enzyme 's activityinfluencesenzyme 's activity
to the sequence coding for a stop codonleadsto the sequence coding for a stop codon
in a change in the second amino acid to Ilewill resultin a change in the second amino acid to Ile
in a different amino acidresultsin a different amino acid
a more substantial modification in the conformation of the peptide productcauseda more substantial modification in the conformation of the peptide product
in the insertion of a different amino acidresultsin the insertion of a different amino acid
a codon to become a stop codoncausesa codon to become a stop codon
in a serine to glycine mutationresultsin a serine to glycine mutation
in only one amino acid being translatedwill resultin only one amino acid being translated
in an active proteinwill resultin an active protein
to complete loss of the enzymatic activity of the polypeptidedoes ... leadto complete loss of the enzymatic activity of the polypeptide
in similar structural or chemical properties ( e.g. , replacement of leucine with isoleucineresultsin similar structural or chemical properties ( e.g. , replacement of leucine with isoleucine
reduction in the band gapcausesreduction in the band gap