A gene for monilethrix is closely linked to the type II keratin gene cluster at 12q13
A gene for monilethrix is closely linked to the type II keratin gene cluster at 12q13
Monilethrix is an uncommon hereditary disorder of hair and nail which produces hair fragility and a variable alopecia. Many of the dystrophic hairs have a unique beaded morphology. Ultrastructural changes suggest a defect in the microfilament structure of the cortex of the hair shaft,and hence the cysteine-rich trichocyte keratins are candidate genes. Here, in two families with autosomal dominant monilethrix, we have excluded linkage to the type I keratin gene cluster on chromosome 17q, but show that the disorder is closely linked to the type II keratin cluster on 12q, where genes for basic trichocyte keratins are found. The combined maximum lod score for D12S96 was 12.27 at theta=0.0. This is the first mapping of a primary human hair disorder and the first evidence implicating a defect of the word 'hard' keratins of hair and nail disease.
2399-2402
Healy, Eugene
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Holmes, Susan C.
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Belgaid, Christine E.
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Stephenson, Anthea M.
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McLean, W.H. Irwin
0c70f65e-837a-4244-9fdf-27e19f2d3306
Rees, Jonathan L.
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Munro, Colin S.
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December 1995
Healy, Eugene
400fc04d-f81a-474a-ae25-7ff894be0ebd
Holmes, Susan C.
d8920a37-1386-4e5b-a3b2-a91798916bf2
Belgaid, Christine E.
3890df4e-3927-40d8-ad13-5b4ea850ac5d
Stephenson, Anthea M.
b77db1ef-e340-4ccc-96eb-8b552a2706c9
McLean, W.H. Irwin
0c70f65e-837a-4244-9fdf-27e19f2d3306
Rees, Jonathan L.
8a58a967-d239-4300-b363-ca471bf7047f
Munro, Colin S.
892b357f-6815-458e-9dc0-b9ab0a2bbcc0
Healy, Eugene, Holmes, Susan C., Belgaid, Christine E., Stephenson, Anthea M., McLean, W.H. Irwin, Rees, Jonathan L. and Munro, Colin S.
(1995)
A gene for monilethrix is closely linked to the type II keratin gene cluster at 12q13.
Human Molecular Genetics, 4 (12), .
(doi:10.1093/hmg/4.12.2399).
(PMID:8634717)
Abstract
Monilethrix is an uncommon hereditary disorder of hair and nail which produces hair fragility and a variable alopecia. Many of the dystrophic hairs have a unique beaded morphology. Ultrastructural changes suggest a defect in the microfilament structure of the cortex of the hair shaft,and hence the cysteine-rich trichocyte keratins are candidate genes. Here, in two families with autosomal dominant monilethrix, we have excluded linkage to the type I keratin gene cluster on chromosome 17q, but show that the disorder is closely linked to the type II keratin cluster on 12q, where genes for basic trichocyte keratins are found. The combined maximum lod score for D12S96 was 12.27 at theta=0.0. This is the first mapping of a primary human hair disorder and the first evidence implicating a defect of the word 'hard' keratins of hair and nail disease.
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Published date: December 1995
Organisations:
Clinical & Experimental Sciences
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Local EPrints ID: 334232
URI: http://eprints.soton.ac.uk/id/eprint/334232
PURE UUID: 0343db65-2c7d-4c9c-a681-fe24240b65b0
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Date deposited: 16 Mar 2012 10:37
Last modified: 14 Mar 2024 10:34
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Author:
Susan C. Holmes
Author:
Christine E. Belgaid
Author:
Anthea M. Stephenson
Author:
W.H. Irwin McLean
Author:
Jonathan L. Rees
Author:
Colin S. Munro
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