-transparent.png){kind=logo}
myeloid leukemia of acute myeloid leukemia (AML) M5a showing a jumping translocation with a breakpoint at 11q23. Fluorescence in situ hybridization (FISH) demonstrated triplication of the MLL gene and the presence of interstitial telomeric sequences, supporting the role of repetitive sequences in the mechanism of jumping translocations. Southern blot analysis of the MLL breakpoint cluster region showed the presence of an MLL gene rearrangement. Jumping translocation with MLL gene rearrangement is a previously unreported phenomenon in leukemia cytogenetics.
Related Publications
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
June 1997,
Human genetics,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
October 2004,
Cancer genetics and cytogenetics,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
February 1993,
Oncogene,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
October 2020,
Zhonghua yi xue yi chuan xue za zhi = Zhonghua yixue yichuanxue zazhi = Chinese journal of medical genetics,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
January 2017,
International journal of clinical and experimental pathology,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
November 1996,
Leukemia,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
March 2017,
Journal of clinical pathology,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
November 1996,
Oncogene,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
September 1993,
The New England journal of medicine,
G Cuthbert, and
S McCullough, and
R Finney, and
G Breese, and
N Bown
April 1998,
Molecular pathology : MP,
