Genomic technologies provide the means of diagnosis and management of many human diseases. Without insights from cytogenetics, correct interpretation of modern high throughput results is difficult, if not impossible.
Genomic technologies provide the means of diagnosis and management of many human diseases. Without insights from cytogenetics, correct interpretation of modern high throughput results is difficult, if not impossible.
Thomas Liehr is working in human genetics since 1991. He is biologist by education and head of the molecular cytogenetic group in Jena, Germany. Research fields include clinical genetics, leukemia cytogenetics and interphase structure of human chromosomes. The results of his research are published in >10 books, ~100 book chapter, ~800 referred papers, and ~1000 abstracts. His particular expertise includes small supernumerary marker chromosomes (sSMC), chromosomal heteromorphisms and uniparental disomy - see ChromosOmics databases (http://cs-tl.de/DB.html). He is active member of the European Board of Medical Genetics and received multiple prices, two invited professorships and a Dr.h.c. as summarized at http://cs-tl.de/.
Inhaltsangabe
Series Preface. Preface. Acknowledgements. Editor. List of Contributors. Chapter 1 Cytogenetics and Chromosomics. Chapter 2 Banding Cytogenetics. Chapter 3 Generation of Microdissection Derived Painting Probes from Single Copy Chromosomes. Chapter 4 FISH An Overview. Chapter 5 FISH Microscopy and Evaluation. Chapter 6 FISH in Routine Diagnostic Settings. Chapter 7 FISH in Leukemia Diagnostics. Chapter 8 FISH in Tissues. Chapter 9 FISH in Human Sperm and Infertility. Chapter 10 FISH in Spontaneously Aborted Products of Conception. Chapter 11 FISH Characterization of Chromosomal Alterations, Recombination, and Outcomes after Segregation. Chapter 12 Multicolor FISH Methods and Applications. Chapter 13 FISH Centromere and Heterochromatin Specific Multicolor Probe Sets. Chapter 14 FISH Detection of Individual Radio Sensitivity. Chapter 15 FISH Detection of CNVs. Chapter 16 FISH Interphase Applications Including Detection of Chromosome Instability (CIN). Chapter 17 FISH Determination of Telomere Length (Q FISH/CO FISH). Chapter 18 FISH in Three Dimensions 3D FISH. Chapter 19 FISH On Fibers. Chapter 20 FISH and Single Cell Gel Electrophoresis Assay (Comet Assay). Chapter 21 Molecular Karyotyping. Chapter 22 FISH Mitochondrial DNA. Chapter 23 FISH in Birds. Chapter 24 FISH in Fish Chromosomes. Chapter 25 FISH and the Characterization of Synaptonemal Complex. Chapter 26 RNA FISH on Lampbrush Chromosomes: Visualization of Individual Transcription Units. Chapter 27 FISH in Insect Chromosomes. Chapter 28 FISH in Plant Chromosomes. Chapter 29 FISH and CRISPR/CAS9. Index.
Series Preface. Preface. Acknowledgements. Editor. List of Contributors. Chapter 1 Cytogenetics and Chromosomics. Chapter 2 Banding Cytogenetics. Chapter 3 Generation of Microdissection Derived Painting Probes from Single Copy Chromosomes. Chapter 4 FISH An Overview. Chapter 5 FISH Microscopy and Evaluation. Chapter 6 FISH in Routine Diagnostic Settings. Chapter 7 FISH in Leukemia Diagnostics. Chapter 8 FISH in Tissues. Chapter 9 FISH in Human Sperm and Infertility. Chapter 10 FISH in Spontaneously Aborted Products of Conception. Chapter 11 FISH Characterization of Chromosomal Alterations, Recombination, and Outcomes after Segregation. Chapter 12 Multicolor FISH Methods and Applications. Chapter 13 FISH Centromere and Heterochromatin Specific Multicolor Probe Sets. Chapter 14 FISH Detection of Individual Radio Sensitivity. Chapter 15 FISH Detection of CNVs. Chapter 16 FISH Interphase Applications Including Detection of Chromosome Instability (CIN). Chapter 17 FISH Determination of Telomere Length (Q FISH/CO FISH). Chapter 18 FISH in Three Dimensions 3D FISH. Chapter 19 FISH On Fibers. Chapter 20 FISH and Single Cell Gel Electrophoresis Assay (Comet Assay). Chapter 21 Molecular Karyotyping. Chapter 22 FISH Mitochondrial DNA. Chapter 23 FISH in Birds. Chapter 24 FISH in Fish Chromosomes. Chapter 25 FISH and the Characterization of Synaptonemal Complex. Chapter 26 RNA FISH on Lampbrush Chromosomes: Visualization of Individual Transcription Units. Chapter 27 FISH in Insect Chromosomes. Chapter 28 FISH in Plant Chromosomes. Chapter 29 FISH and CRISPR/CAS9. Index.
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