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Related Experiment Videos

[Microdissection of chromosomes].

U K Friedrich1, M Houman

  • 1Afdeling for mikrodissektion, Aarhus Universitet, Bartholin Bygningen. mhm@humgen.au.dk

Ugeskrift for Laeger
|December 7, 2000
PubMed
Summary
This summary is machine-generated.

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Trisomy 3q25.1-qter and monosomy 8p23.1-pter in a patient: cytogenetic and molecular analysis with delineation of the phenotype.

American journal of medical genetics. Part A·2005
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Microdissection and reverse painting in a melanoma cell line: a detailed description of structurally abnormal chromosomes.

Cancer genetics and cytogenetics·2001
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Microdissection - a precise method to disclose the parental origin of supernumerary marker chromosomes.

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Microdissection of chromosome 2--between-arm intrachromosomal insertion.

European journal of human genetics : EJHG·2000
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[The ring chromosome 14 syndrome].

Ugeskrift for laeger·1992
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[Improved technique--improved diagnosis. An example from cytogenetics].

Ugeskrift for laeger·1992

This study describes a DNA probe technique for identifying chromosome abnormalities. Family-specific probes are crucial for diagnosing certain genetic conditions.

Area of Science:

  • Molecular Biology
  • Genetics
  • Cytogenetics

Context:

  • Chromosome abnormalities are a significant cause of genetic disorders.
  • Accurate diagnosis is essential for genetic counseling and family planning.

Purpose:

  • To describe a novel technique for deciphering chromosome abnormalities using DNA probes.
  • To highlight the importance of "family specific" probes in diagnosing certain genetic conditions.

Summary:

  • The study details a method utilizing specific DNA probes, created by microdissection of chromosomes, to identify various chromosome abnormalities.
  • It emphasizes that for some families, diagnosis is exclusively achievable through the use of "family specific" probes, underscoring their diagnostic value.

Impact:

Related Experiment Videos

  • This technique offers a more precise method for diagnosing chromosome abnormalities.
  • The development of "family specific" probes can improve diagnostic outcomes for families with complex genetic conditions.