a premature stop codon ... exon 51createsa nonsense mutation
Baasov T. Repairing faulty genes by aminoglycosides : development of new derivatives of geneticin ( G418 ) with enhanced suppression of diseasescausingnonsense mutations
Abstract Repairing faulty genes by aminoglycosides : development of new derivatives of geneticin ( G418 ) with enhanced suppression of diseasescausingnonsense mutations
a single change in DNA , which disrupts the normal cascade of events that changes a gene into messenger RNA , then into a protein(passive) are generally caused byNonsense mutations
an insertions or deletionswould ... causea nonsense mutation
Single nucleotide substitutionscausingnonsense mutations
Nudelman I , Glikin D , Smolkin B , Hainrichson M , Belakhov V , Baasov T ( 2010 ) Repairing faulty genes by aminoglycosides : development of new derivatives of geneticin ( G418 ) with enhanced suppression of diseasescausingnonsense mutations
a single C to T base transition generating the stop codon TGA(passive) caused bya nonsense mutation
C - to - T transition , which creates a premature stop codon(passive) caused bythe nonsense mutation
Frameshift point mutationcan causea nonsense mutation
This point mutation results in a change from a glutamine codon to a stop codoncausinga nonsense mutation
significantly deleterious mutations ( high impact ,resultingin nonsense mutation
single base - pair substitutions(passive) caused bynonsense mutations
point mutations , which generate premature stop codons(passive) are caused byNonsense mutations
2009 Repetitious DNA Human disease mutationscreatenonsense mutations
In contrast , in the four tested strains belonging to serotype 1/2c a point mutation or deletion ,creatinga nonsense mutation
a premature termination codon ( PTC(passive) caused bya nonsense mutation
About 13 percent of muscular dystrophy cases and 10 percent of cystic fibrosis cases in the United Statesdirectly resultfrom nonsense mutation
the cloning and characterization of two novel oculocutaneous albino mutants that result from mutations in nsfb : nsfbau18 ,resultsfrom a nonsense mutation
missense alterations and one rare variantcreatesa nonsense mutation
a nucleotide substitution or small insertion or deletion(passive) caused bynonsense mutations
normal genescreatenonsense mutations
when random DNA code shows up in the middle of a gene , preventing a gene from beginning the process of manufacturing proteins in the cell(passive) are causedNonsense mutations
when random DNA code shows up in the middle of a gene , preventing it from beginning the process of manufacturing proteins in the cell(passive) are causedNonsense mutations
Naturally , they generate new STOP codonseventually creatingnonsense mutations
20 SNPscausingnonsense mutations
missense mutation and 1,535 SNPscausednonsense mutation
a single base variation in a person 's DNA which leads to incomplete dystrophin production in muscle(passive) is caused bya nonsense mutation
These indelsmay createnonsense mutations
Four variantscausingnonsense mutations
a premature stop - codon and fourcreatinga premature stop - codon and four
to a premature stop codon ( PMSCleadingto a premature stop codon ( PMSC
a premature stop codon in CRBNcausinga premature stop codon in CRBN
in a premature stop codon in exon 53resultingin a premature stop codon in exon 53
in a premature stop codon in the dystrophin generesultingin a premature stop codon in the dystrophin gene
in a premature stop codon at Trp-187resultsin a premature stop codon at Trp-187
to a premature stop codon mutation ( R533Xleadingto a premature stop codon mutation ( R533X
a premature stop codon ( p . Tyr226Xcausinga premature stop codon ( p . Tyr226X
to an introduction of a premature stop codon into the mRNA sequenceleadsto an introduction of a premature stop codon into the mRNA sequence
the protein to never be completed because of a premature stop codonwill causethe protein to never be completed because of a premature stop codon
a premature stop codon and a truncated form of the proteincreatinga premature stop codon and a truncated form of the protein
in a premature stop codon , a splice site mutationresultingin a premature stop codon , a splice site mutation
a premature stop codon in a novel gene ( cerebloncausinga premature stop codon in a novel gene ( cereblon
to a premature stop codon and truncation of the predicted protein productleadingto a premature stop codon and truncation of the predicted protein product
a premature stop codon resulting in a truncated not functioning proteincreateda premature stop codon resulting in a truncated not functioning protein
a premature stop codon in the C - terminal end of the proteincausinga premature stop codon in the C - terminal end of the protein
to a premature stop codon ( Paulusma et al . , 1997leadingto a premature stop codon ( Paulusma et al . , 1997
in a premature stop codon , which would have resulted in a shorter peptideresultin a premature stop codon , which would have resulted in a shorter peptide
a premature stop codon and thereby a shorten polypeptide chaincausinga premature stop codon and thereby a shorten polypeptide chain
a premature stop codon and a resultant complete loss of protein functioncausea premature stop codon and a resultant complete loss of protein function
to a premature stop codon after the start of the cytoplasmic domain of the receptor ( Fig .leadsto a premature stop codon after the start of the cytoplasmic domain of the receptor ( Fig .
to a premature stop codon , amino acid insertion in the L3 loop ( 20leadingto a premature stop codon , amino acid insertion in the L3 loop ( 20
to a premature stop codon at residue 50 , which strongly suggests that the gene is nonfunctional in these strainsleadingto a premature stop codon at residue 50 , which strongly suggests that the gene is nonfunctional in these strains
to a premature stop codon after approximately two - thirds of the protein coding sequence ( Fig . 3Bleadsto a premature stop codon after approximately two - thirds of the protein coding sequence ( Fig . 3B
in a premature stop codon or splicing mutations that alter the reading frame of the messenger RNA ( mRNAresultin a premature stop codon or splicing mutations that alter the reading frame of the messenger RNA ( mRNA
in a premature stop codon in place of a glutamine residue at position 1682 downstream of the Death Domainresultsin a premature stop codon in place of a glutamine residue at position 1682 downstream of the Death Domain
in a premature stop codon at amino acid 206 within the second CUB domain ( Ensembl genome browser 75 , ENSDARG00000071865resultsin a premature stop codon at amino acid 206 within the second CUB domain ( Ensembl genome browser 75 , ENSDARG00000071865
in a premature stop codon at amino acid 116 within the first CUB domain ( Ensembl genome browser 75 , ENSDARG00000027290resultsin a premature stop codon at amino acid 116 within the first CUB domain ( Ensembl genome browser 75 , ENSDARG00000027290
to the premature termination of translation builth wellswill leadto the premature termination of translation builth wells
Examples of the genetic disease(passive) caused byExamples of the genetic disease
the patients of genetic disease(passive) caused bythe patients of genetic disease
almost any genetic disease(passive) caused byalmost any genetic disease
the treatment of genetic disease(passive) caused bythe treatment of genetic disease
severe genetic disease(passive) caused bysevere genetic disease
premature termination of translation in the original reading framecausespremature termination of translation in the original reading frame
in premature termination of translation downstream of the conserved domainwould resultin premature termination of translation downstream of the conserved domain
to a premature termination codon ( PTC ) ( p . Gln16Xleadingto a premature termination codon ( PTC ) ( p . Gln16X
insertion of a stop ( or premature termination ) codoncausesinsertion of a stop ( or premature termination ) codon
in a premature termination codon in the α2 domainresultingin a premature termination codon in the α2 domain