Genetics for Pediatricians: The Molecular Genetic Basis of by Mohnish Suri

By Mohnish Suri

Genetic checking out now performs a tremendous function within the research of virtually each baby who's provided with one of many many generally inherited problems that make a tremendous contribution to pediatric morbidity and mortality during the international. it may be tough for even the main conscientious practitioner to maintain abreast of advancements and to understand either the importance and relevance of a few of the key discoveries of contemporary years. The variety of stipulations which were mapped or during which the causative gene has been remoted is tremendous. This publication restricts insurance to the extra universal single-gene issues which are more likely to be encountered ordinarily pediatric perform, with specific cognizance fascinated with these within which molecular research can play a major position within the analysis or administration of a kid and his or her relations.

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Extra resources for Genetics for Pediatricians: The Molecular Genetic Basis of Pediatric Disorders

Example text

Therefore, all daughters of a normal transmitting male are fragile X carriers. qxd 7/9/04 16:04 Page 36 Females with a premutation are called carriers. They will transmit their X chromosome with the CGG expansion to half their sons and half their daughters. A premutation has a high risk of expanding to a full mutation when maternally transmitted, and the risk of expansion depends on the size of the premutation. Premutations with more than 70 CGG repeats have an 80% chance of expanding to a full mutation.

14-3-3ε is composed of six exons and codes for a 255-amino-acid protein that is the epsilon subunit of tyrosine 3-monooxygenase/ tryptophan 5-monooxygenase activation protein. The protein product of 14-3-3ε is required for cytoplasmic dynein function and neuronal migration. 3, and deletion of both 14-3-3ε and LIS1 appears to cause the more severe lissencephaly phenotype of Miller–Dieker syndrome. DCX is made up of seven exons. It encodes doublecortin, which has 402 amino acids. Doublecortin is almost exclusively expressed in the frontal lobes of the fetal brain.

Its protein product, SET-binding factor 2, has 1,849 amino acids and is a member of the pseudophosphatase branch of myotubularin-related proteins. It is expressed in fetal brain, spinal cord, and peripheral nerves and is involved in the differentiation of Schwann cells during myelination. Mutations in SBF2 cause HMSN IVB2. NDRG1 has 16 exons. Its protein product has 394 amino acids and is ubiquitously expressed. It appears to be expressed at particularly high levels in Schwann cells. NDRG1 protein is involved in growth arrest and cell differentiation, and it appears to have a role in Schwann cell signaling that is necessary for axonal survival.

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