The Experts below are selected from a list of 306 Experts worldwide ranked by ideXlab platform
Kemal Ustay - One of the best experts on this subject based on the ideXlab platform.
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45, XO/46, XYq dic mosaicism in a patient with Ambiguous Genitalia
Clinical genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
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45 xo 46 xyq dic mosaicism in a patient with Ambiguous Genitalia
Clinical Genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
Ergul Tuncbilek - One of the best experts on this subject based on the ideXlab platform.
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45, XO/46, XYq dic mosaicism in a patient with Ambiguous Genitalia
Clinical genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
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45 xo 46 xyq dic mosaicism in a patient with Ambiguous Genitalia
Clinical Genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
Charlotte Boone Halicioglu - One of the best experts on this subject based on the ideXlab platform.
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45, XO/46, XYq dic mosaicism in a patient with Ambiguous Genitalia
Clinical genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
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45 xo 46 xyq dic mosaicism in a patient with Ambiguous Genitalia
Clinical Genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
M. Bobrow - One of the best experts on this subject based on the ideXlab platform.
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45, XO/46, XYq dic mosaicism in a patient with Ambiguous Genitalia
Clinical genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
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45 xo 46 xyq dic mosaicism in a patient with Ambiguous Genitalia
Clinical Genetics, 2008Co-Authors: Ergul Tuncbilek, Charlotte Boone Halicioglu, M. Bobrow, Kemal UstayAbstract:45, XO/46, XYq dic mosaicism was found in a patient with Ambiguous Genitalia. The patient had dysgenetic testis and gonadoblastoma. The same mosaicism was found in skin and gonadal tissue cultured fibroblasts. Localization of the genes related to height and male determination is discussed.
Margarett Shnorhavorian - One of the best experts on this subject based on the ideXlab platform.
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Ambiguous Genitalia: what prenatal genetic testing is practical?
American journal of medical genetics. Part A, 2012Co-Authors: Margaret P Adam, Patricia Y Fechner, Linda A Ramsdell, Angela Badaru, Richard E Grady, Roberta A Pagon, Elizabeth Mccauley, Edith Y Cheng, Melissa A Parisi, Margarett ShnorhavorianAbstract:Concern for Ambiguous Genitalia or chromosome-phenotype discordance detected in a prenatal setting has increased over the last two decades. Practitioners faced with this prenatal finding have a variety of genetic tests available to them; however, it is unclear to what extent prenatal testing for disorders of sex development (DSD) is useful or practical. We undertook a retrospective review of the medical records of 140 individuals evaluated through the DSD clinic at Seattle Children's Hospital with birthdates from 01/01/1994 through 08/16/2011 to determine the rate of prenatal detection of Ambiguous Genitalia in individuals with DSD, what prenatal diagnostic workup was undertaken, and the postnatal outcome, including whether a postnatal genetic diagnosis was confirmed. Of all 140 subjects, 34 (24%) were identified prenatally. The most common postnatal diagnoses were penoscrotal hypospadias with transposition of the scrotum with no known genetic cause (24/140; 17%) and 21-hydroxylase deficiency (20/140; 14%). Apart from these, no single diagnosis comprised more than a few cases. Prenatal diagnostic testing varied widely, from no tests to multiple molecular tests with amniotic fluid hormone concentrations. In the absence of other fetal anomalies or growth retardation on ultrasound, prenatal karyotype with fluorescence in situ hybridization for the SRY gene is the most useful test when Ambiguous Genitalia is suspected. Further prenatal testing for Smith-Lemli-Opitz syndrome in 46,XY individuals and congenital adrenal hyperplasia in 46,XX individuals may be considered. However, targeted molecular testing for rare DSD conditions in the absence of a family history of DSD has a low yield.
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Ambiguous Genitalia: what prenatal genetic testing is practical?
American Journal of Medical Genetics Part A, 2012Co-Authors: Margaret P Adam, Patricia Y Fechner, Linda A Ramsdell, Angela Badaru, Richard E Grady, Roberta A Pagon, Elizabeth Mccauley, Melissa A Parisi, Edith Cheng, Margarett ShnorhavorianAbstract:Concern for Ambiguous Genitalia or chromosome-phenotype discordance detected in a prenatal setting has increased over the last two decades. Practitioners faced with this prenatal finding have a variety of genetic tests available to them; however, it is unclear to what extent prenatal testing for disorders of sex development (DSD) is useful or practical. We undertook a retrospective review of the medical records of 140 individuals evaluated through the DSD clinic at Seattle Children's Hospital with birthdates from 01/01/1994 through 08/16/2011 to determine the rate of prenatal detection of Ambiguous Genitalia in individuals with DSD, what prenatal diagnostic workup was undertaken, and the postnatal outcome, including whether a postnatal genetic diagnosis was confirmed. Of all 140 subjects, 34 (24%) were identified prenatally. The most common postnatal diagnoses were penoscrotal hypospadias with transposition of the scrotum with no known genetic cause (24/140; 17%) and 21-hydroxylase deficiency (20/140; 14%). Apart from these, no single diagnosis comprised more than a few cases. Prenatal diagnostic testing varied widely, from no tests to multiple molecular tests with amniotic fluid hormone concentrations. In the absence of other fetal anomalies or growth retardation on ultrasound, prenatal karyotype with fluorescence in situ hybridization for the SRY gene is the most useful test when Ambiguous Genitalia is suspected. Further prenatal testing for Smith-Lemli-Opitz syndrome in 46,XY individuals and congenital adrenal hyperplasia in 46,XX individuals may be considered. However, targeted molecular testing for rare DSD conditions in the absence of a family history of DSD has a low yield. © 2012 Wiley Periodicals, Inc.
