A clinical and molecular study of 26 females with Xp deletions with special emphasis on inherited deletions
A clinical and molecular study of 26 females with Xp deletions with special emphasis on inherited deletions
We have undertaken a clinical study of 26 females with deletions of Xp including five mother–daughter pairs. Cytogenetic and molecular analyses have mapped the breakpoints of the deletions. We determined the parental origin of each abnormality and studied the X-inactivation patterns. We describe the clinical features and compare them with the amount of Xp material lost. We discuss the putative loci for features of Turner syndrome and describe how our series contributes further to their delineation. We conclude that (1) fertility can be retained even with the loss of two-thirds of Xp, thus, if there are genes on Xp for ovarian development, they must be at Xp11–Xp11.2; (2) in our sample of patients there is no evidence to support the existence of a single lymphogenic gene on Xp; (3) there is no evidence for a second stature locus in proximal Xp; (4) there is no evidence to support the existence of a single gene for naevi; (5) we suggest that the interval in Xp21.1–Xp11.4 between DXS997 and DXS1368 may contain a gene conferring a predisposition to hypothyroidism.
640-651
Lachlan, K.L.
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Youings, S.
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Costa, T.
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Jacobs, P.A.
32993834-5b30-4706-a09b-640baf848c49
Thomas, N.S.
df2d7c6d-2c96-4aaa-a7ef-7f7987759cf4
2006
Lachlan, K.L.
bb864693-53de-448b-92dc-9acfc8cbe8cd
Youings, S.
ba64e5f7-1005-45ca-ba04-2ea40894b08a
Costa, T.
0f8ea216-8f21-4320-befe-c3eb9cdd4ad3
Jacobs, P.A.
32993834-5b30-4706-a09b-640baf848c49
Thomas, N.S.
df2d7c6d-2c96-4aaa-a7ef-7f7987759cf4
Lachlan, K.L., Youings, S., Costa, T., Jacobs, P.A. and Thomas, N.S.
(2006)
A clinical and molecular study of 26 females with Xp deletions with special emphasis on inherited deletions.
Human Genetics, 118 (5), .
(doi:10.1007/s00439-005-0081-1).
Abstract
We have undertaken a clinical study of 26 females with deletions of Xp including five mother–daughter pairs. Cytogenetic and molecular analyses have mapped the breakpoints of the deletions. We determined the parental origin of each abnormality and studied the X-inactivation patterns. We describe the clinical features and compare them with the amount of Xp material lost. We discuss the putative loci for features of Turner syndrome and describe how our series contributes further to their delineation. We conclude that (1) fertility can be retained even with the loss of two-thirds of Xp, thus, if there are genes on Xp for ovarian development, they must be at Xp11–Xp11.2; (2) in our sample of patients there is no evidence to support the existence of a single lymphogenic gene on Xp; (3) there is no evidence for a second stature locus in proximal Xp; (4) there is no evidence to support the existence of a single gene for naevi; (5) we suggest that the interval in Xp21.1–Xp11.4 between DXS997 and DXS1368 may contain a gene conferring a predisposition to hypothyroidism.
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Published date: 2006
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Local EPrints ID: 24819
URI: http://eprints.soton.ac.uk/id/eprint/24819
ISSN: 0340-6717
PURE UUID: e8a4b3d2-1155-468f-86ea-0d22fdde0d17
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Date deposited: 03 Apr 2006
Last modified: 15 Mar 2024 06:58
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Author:
K.L. Lachlan
Author:
S. Youings
Author:
T. Costa
Author:
P.A. Jacobs
Author:
N.S. Thomas
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