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1 ITPA genotype (rs7270101, rs1127354) was used to define
2 ITPA-P32T is also fully functional in vivo in model orga
3 , we describe the design and synthesis of an ITPA-specific chimeric dinucleotide (DIAL) that replaces
6 in-like association between polymorphisms at ITPA and treatment efficacy in chronic hepatitis C media
9 ency variable was defined that combined both ITPA variants according to documented effect on ITPase a
10 ency variable was defined that combined both ITPA variants according to their effect on ITPase activi
11 evaluated the association between the casual ITPA variants and on-treatment anemia in a well-characte
13 triphosphate pyrophosphatase (ITPase) gene (ITPA) on treatment outcome in patients with hepatitis C
15 sive predicted loss of function mutations in ITPA, encoding inosine triphosphate pyrophosphatase (ITP
16 hronic hepatitis C, 2 functional variants in ITPA that cause inosine triphosphatase (ITPase) deficien
17 ge by conversion of (d)ITP to monophosphate, ITPA, has been proposed as a possible therapeutic and di
18 lution, as is wild-type ITPA, and has normal ITPA activity in vitro, but the melting point of ITPA-P3
21 tically determined low or normal activity of ITPA, leading respectively to high or normal ITP levels.
24 activity in vitro, but the melting point of ITPA-P32T is 5 degrees C lower than that of wild-type.
25 of ATP reduction by the hemolysis protective ITPA genotype was canceled by the ADSS inhibitor 6-merca
33 his study confirms that polymorphisms in the ITPA gene are associated with protection from RBV-induce
35 Genetic variation of inosine triphosphatase (ITPA) causing an accumulation of inosine triphosphate (I
36 onal variants in the inosine triphosphatase (ITPA) gene causing inosine triphosphatase (ITPase) defic
38 ymorphism (SNP) in the inosine triphosphate (ITPA) gene and hemolytic anemia in patients infected wit
40 P reduction was more severe in the wild-type ITPA genotype than in the hemolysis protective ITPA geno
41 tant is a dimer in solution, as is wild-type ITPA, and has normal ITPA activity in vitro, but the mel
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