ABCC8 p.Gly214Arg
[switch to full view]Comments [show]
None has been submitted yet.
No.
Sentence
Comment
7
Four patients were heterozygous for previously reported mutations and four novel mutations, E100K, G214R, Q485R and N1245D, were identified.
X
ABCC8 p.Gly214Arg 21989597:7:99
status: NEW52 Briefly, primers were designed to amplify a single copy of the patient`s ABCC8 gene using a primer complementary to the G214R mutation (primer sequences available on request).
X
ABCC8 p.Gly214Arg 21989597:52:120
status: NEW53 The PCR products were subsequently sequenced to reveal whether the G214R and V222M mutations were on the same or opposite alleles.
X
ABCC8 p.Gly214Arg 21989597:53:67
status: NEW58 Four mutations are novel (E100K, G214R, Q485R and N1245D) and affect residues conserved across species, and none were present in the dbSNP (November 2010) or 1000 genomes databases (May 2011).
X
ABCC8 p.Gly214Arg 21989597:58:33
status: NEWX
ABCC8 p.Gly214Arg 21989597:58:109
status: NEWX
ABCC8 p.Gly214Arg 21989597:58:204
status: NEW64 In proband 3, in whom two mutations were identified, allele specific PCR demonstrated that the G214R and V222M mutations were inherited on the paternal and maternal alleles, respectively.
X
ABCC8 p.Gly214Arg 21989597:64:95
status: NEW65 Since the V222M mutation has previously been seen in a patient with hyperinsulinism (S. Ellard and S. Flanagan, unpublished data), G214R cannot be an inactivating mutation as this would result in a hyperinsulinism phenotype and not diabetes.
X
ABCC8 p.Gly214Arg 21989597:65:131
status: NEW73 N/M 19 SU 50s Family 1 R1380H/N Family 2 R1380H/N 50s OHA 21 Ins 40s OHA N/M 33 SU N/M 11 SU N/M 18 SU SB Family 3 V222M/G214R V222M/N 45 V222M/G214R 15 Ins Family 4 N1245D/N Family 6 Q485R/N Family 5 V1523L/N Family 7 E100K/N N/M 36 SU N/M 14 Ins N/M 40s OHA 60s Diet N/M 13 SU N/N N/N N/M 42 OHA & Ins N/N 60s Diet N/M 60s Diet ×2 SU Fig. 1 Partial pedigrees showing affected family members, genetic status and treatment (where known).
X
ABCC8 p.Gly214Arg 21989597:73:121
status: NEWX
ABCC8 p.Gly214Arg 21989597:73:144
status: NEW63 Four mutations are novel (E100K, G214R, Q485R and N1245D) and affect residues conserved across species, and none were present in the dbSNP (November 2010) or 1000 genomes databases (May 2011).
X
ABCC8 p.Gly214Arg 21989597:63:33
status: NEW69 In proband 3, in whom two mutations were identified, allele specific PCR demonstrated that the G214R and V222M mutations were inherited on the paternal and maternal alleles, respectively.
X
ABCC8 p.Gly214Arg 21989597:69:95
status: NEW70 Since the V222M mutation has previously been seen in a patient with hyperinsulinism (S. Ellard and S. Flanagan, unpublished data), G214R cannot be an inactivating mutation as this would result in a hyperinsulinism phenotype and not diabetes.
X
ABCC8 p.Gly214Arg 21989597:70:131
status: NEW78 N/M 19 SU 50s Family 1 R1380H/N Family 2 R1380H/N 50s OHA 21 Ins 40s OHA N/M 33 SU N/M 11 SU N/M 18 SU SB Family 3 V222M/G214R V222M/N 45 V222M/G214R 15 Ins Family 4 N1245D/N Family 6 Q485R/N Family 5 V1523L/N Family 7 E100K/N N/M 36 SU N/M 14 Ins N/M 40s OHA 60s Diet N/M 13 SU N/N N/N N/M 42 OHA & Ins N/N 60s Diet N/M 60s Diet &#d7;2 SU Fig. 1 Partial pedigrees showing affected family members, genetic status and treatment (where known).
X
ABCC8 p.Gly214Arg 21989597:78:121
status: NEWX
ABCC8 p.Gly214Arg 21989597:78:144
status: NEW