ABSTRACT
We present a unique case of a young woman with acute myeloid leukemia (AML) with complex karyotype. The presence of the t(4;11)(q23;p15) is extremely rare in myeloid leukemias, while t(4;8)(q32;q13) has not yet been described in any leukemia reference. Another interesting issue is the familial aggregation of myeloid malignancies and worse course of the disease in each subsequent generation, as well as an earlier onset of the disease. Our report emphasizes the need for thorough pedigree examination upon myeloid malignancy diagnosis as there are relatives for whom counseling, gene testing, and surveillance may be highly advisable.
Subject(s)
Leukemia, Myeloid, Acute , Translocation, Genetic , Female , Humans , Karyotype , Leukemia, Myeloid, Acute/diagnosis , Leukemia, Myeloid, Acute/genetics , PedigreeABSTRACT
OBJECTIVES: Classical cytogenetic analysis remains a gold standard in invasive prenatal diagnosis. Recently, Microfluidics¬-FISH, a novel method based on FISH, has been introduced. This integral approach allows to obtain result for common aneuploidies within the same day from a much smaller sample of the amniotic fluid. In this study we compare effectiveness of Microfluidics-FISH to classical karyotype and Rapid FISH. MATERIAL AND METHODS: 52 samples of amniotic fluid were drawn from the pregnant women due to common indications. Cell cultures have been set up for classical cytogenetic analysis as well as amniotic cells have been loaded into the microchip of Microfluidics-FISH as well standard procedure of Rapid FISH was performed for evaluation of trisomy 21, 13, 18 chromosome and sex chromosomes numeric aberrations. RESULTS: 9 samples out of 52 showed chromosomal aberrations in both FISH methods what was consistent with karyoty¬ping. One case of small supernumerary marker chromosome was detected only in the classical cytogenetic analysis. For the majority of cases turnaround time was shortest for Microfluidics-FISH and the average volume of sample was smallest. Microfluidics-FISH proved to be reliable and cost-effective rapid testing method of common aneuploidies. Recognizing, ho¬wever, limitations of methods based on FISH it cannot replace conventional karyotyping and be the sole method of diagnosis.
Subject(s)
Aneuploidy , Fetal Diseases/diagnosis , In Situ Hybridization, Fluorescence/methods , Karyotyping/methods , Prenatal Diagnosis/methods , Amniotic Fluid , Female , Fetal Diseases/genetics , Humans , Male , Microfluidics , Pregnancy , Time FactorsABSTRACT
Oro-palatal dysplasia Bettex-Graf is an extremely rare syndrome consisting of microstomia, U-shaped cleft palate and micrognathia. Only two affected families have been reported before. We present the clinical findings, treatment and 13 year follow-up in a patient with this rare syndrome. The possible linkage to the fragile site 16q22 has been supported, contrary to earlier statements of its non-pathogenic character. The analysis of clinical symptoms and reference to the literature suggests, that ankyloglossia is a part of oropalatal dysplasia, whereas hypodontia is associated with the cleft itself. The authors postulate that a 20mm intercommissural distance allows acceptable function without the need for surgical correction.
