Wyniki wyszukiwania - Biblioteka Nauki

1

Indentification of three different chromosomal additions by chromosome painting using fluorescence in situ hybridization [FISH] technique

100%

Bocian E. , Stankiewicz P. , Stanczak H. , Obersztyn E. , Mazurczak T. , Mazurczak T.

Journal of Applied Genetics

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1996

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tom 37

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nr 2

EN

Fluorescence in situ hybridization (FISH) is a very useful method for assessing chromosome rearrangements. When neither banding pattern nor clinical symptoms are sufficient to determine the origin of additional chromosomal fragment, FISH with multiple chromosome-specific libraries (chromosome painting), allows to solve this diagnostic problem rapidly. Three chromosomal additions, 7q+, 13p+ and 22q+, found in routine cytogenetic studies performed in children with phenotypic abnormalities were analysed using FISH. This technique documented the origin of the extra material to be derived from chromosome 16[der(7)t(7; 16)(q36.3;p 13.11)], 18[der(13)t(13; 18)(p12;q 12.2)] and 22[dup(22)(q11.2q13.1)], respectively. In two cases the abnormality arose de novo, while in the third case the product of translocation t(13;18) was maternal by origin. It was present in 30% of mother's lymphocytes, and in 70% of them a balanced Robertsonian translocation t(13q;15q) was found. In the presented cases the chromosome analysis with both traditional banding and chromosome painting techniques, allowed to establish final clinical diagnosis.

2

Application of chromosome microdissection and chromosome painting techniques for reciprocal translocations diagnosis in pigs

86%

Danielak-Czech B. , Slota E. , Bugno M. , Pienkowska-Schelling A. , Schelling C.

Annals of Animal Science

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2006

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tom 06

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nr 2

3

Comparative hybridization of the Y chromosome in selected species of Bovidae

86%

Kozubska-Sobocinska A. , Slota E. , Pienkowska-Schelling A. , Schelling C.

Annals of Animal Science

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2005

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tom 05

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nr 1

4

A low-level X chromosome mosaicism in mares, detected by chromosome painting

86%

Wieczorek M. , Switonski M. , Yang F.

Journal of Applied Genetics

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2001

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tom 42

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nr 2

5

Microdissected bovine X chromosome segment delineates homologous chromosomal regions in sheep and goat

72%

Bugno M. , Zyga A. , Slota E.

Folia Biologica

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2008

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tom 56

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nr 3-4

149-151

6

Brachypodium distachyon – a model plant to study grass genome structure, dynamics and evolution

72%

Idziak D. , Hasterok R. , Betekhtin A. , Borowska-Zuchowska N. , Braszewska-Zalewska A. , Chwialkowska K. , Gorkiewicz R. , Kus A. , Kwasniewska J. , Kwasniewski M. , Robaszkiewicz E. , Siwinska D. , Wolny E. , Chrominski K. , Tkacz M.

BioTechnologia. Journal of Biotechnology Computational Biology and Bionanotechnology

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2015

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tom 96

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nr 1

7

Utilization of the probe generated by chromosome microdissection, for detection of equine X chromosome aneuploidy

58%

Bugno M. , Pienkowska-Schelling A. , Schelling C. , Wlodarczyk N. , Slota E.

Annals of Animal Science

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2006

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tom 06

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nr 2