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  1. We found two novel missense variants in exon 26 and 29 in a compound heterozygous state in the first patient. One is a missense mutation (c.3661C>T; p.R1221C) in exon 26 and the other is a missense mutation (c.4069C>T; p.R1357W) in exon 29.

  2. We found two novel missense variants in exon 26 and 29 in a compound heterozygous state in the first patient. One is a missense mutation (c.3661C>T; p.R1221C) in exon 26 and the other is a missense mutation (c.4069C>T; p.R1357W) in exon 29. These mutations have not been detected in our control panel of 200 alleles.

    • Dr. Munira Borhany
  3. Aug 28, 2023 · (c.3661C>T; p.R1221C) in exon 26 and the other was a het-erozygous missense mutation (c.4096C>T; p.R1357W) in exon 29 of the ABCC6 gene. The c.3661C>T mutation pre-dicted the creation of a novel recognition site for TspE I and the loss of a Taq I restriction site. The variant c.4096C>T in exon 29 results in the gain of a novel Mae II restriction

  4. Dec 1, 2004 · Regarding rAbcc6 R1220, mutations of the corresponding R1221 in hABCC6 have been reported to be disease causing (R1221C) [46][47] [48] and pathogenic (R1221H) [47,49]. The corresponding amino...

  5. In the present study, two novel missense mutations, p.R1221C and p.R1357W, were found in a young female patient who presented severe coronary stenosis.

  6. Mar 20, 2007 · A 16-year-old survivor of acute myocardial infarction with 3-vessel coronary artery disease exhibited compound heterozygosity for the well-known nonsense mutation (c.3421C>T; R1141X) in exon 24 and a novel missense mutation (c.3662G>A; R1221H) in exon 26 of the ABCC6 gene.

  7. Dec 17, 2010 · This study was specifically designed to identify hotspot mutations in the ABCC6 gene in different ethnic groups, implement a stepwise mutation screening approach when the ethnicity of a patient is known, and provide a methodical and cost-effective diagnostic screening strategy.