ABCC8 p.Gly214Arg

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PMID: 21989597 [PubMed] Bowman P et al: "Heterozygous ABCC8 mutations are a cause of MODY."
No. Sentence Comment
7 Four patients were heterozygous for previously reported mutations and four novel mutations, E100K, G214R, Q485R and N1245D, were identified.
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ABCC8 p.Gly214Arg 21989597:7:99
status: NEW
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52 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).
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ABCC8 p.Gly214Arg 21989597:52:120
status: NEW
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53 The PCR products were subsequently sequenced to reveal whether the G214R and V222M mutations were on the same or opposite alleles.
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ABCC8 p.Gly214Arg 21989597:53:67
status: NEW
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58 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).
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ABCC8 p.Gly214Arg 21989597:58:33
status: NEW
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ABCC8 p.Gly214Arg 21989597:58:109
status: NEW
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ABCC8 p.Gly214Arg 21989597:58:204
status: NEW
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64 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.
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ABCC8 p.Gly214Arg 21989597:64:95
status: NEW
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65 Since the V222M mutation has previously been seen in a patient with hyperinsulinism (S. Ellard and S. Flanagan, unpublished data), G214R cannot be an inactivating mutation as this would result in a hyperinsulinism phenotype and not diabetes.
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ABCC8 p.Gly214Arg 21989597:65:131
status: NEW
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73 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).
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ABCC8 p.Gly214Arg 21989597:73:121
status: NEW
X
ABCC8 p.Gly214Arg 21989597:73:144
status: NEW
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63 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: NEW
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69 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: NEW
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70 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: NEW
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78 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).
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ABCC8 p.Gly214Arg 21989597:78:121
status: NEW
X
ABCC8 p.Gly214Arg 21989597:78:144
status: NEW
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