Highly Commended in the 2006 BMA Medical Book Competition (Basic and clinical sciences)
Medical Genetics provides medical and biomedical science students with an understanding of the basic principles of human genetics as they relate to clinical practice. Each of the initial chapters focuses on a traditional cornerstone of human genetics (molecular genetics, cytogenetics, Mendelian inheritance, polygenic inheritance, population genetics) with a major emphasis on clinical relevance. These are followed by consideration of subjects of specific medical importance such as the haemoglobinopathies, developmental genetics, cancer genetics and pharmacogenetics, with due attention to topical and evolving issues such as pharmacogenomics, gene therapy and therapeutic cloning. The final chapters provide an explanation of the genetically related clinical skills and competencies expected of a medical student, together with an overview of the principles of clinical genetics, a rapidly developing clinical specialty which now impinges on almost every aspect of medical practice.
Online Resource Centre
Medical Genetics is accompanied by an extensive Online Resource Centre, which offers a wealth of additional materials, including:
DT Multiple Choice Questions and Extended Matching Questions, to help you test your knowledge of each chapter of the book
DT Hyperlinked bibliography offering direct links to online articles cited in the book
DT Case Celebres: additional case celebres to those in the book
DT OMIM Database Links, providing hyperlinks to the NIH's database of genetic diseases
DT Pedigree Examples, giving guidance on constructing family trees
DT Bonus material from other seminal genetics titles published by Oxford University Press
Industry Reviews
`Ian Young has achieved the near-impossible, conveying the fascination of genetics whilst painlessly guiding the reader through the complexities beneath the surface.
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Samantha Leonard, Human Genetics
`A must have book for medical students and others who want to get a thorough insight into the complexity of genetics as applied to medicine.
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Claude Stoll, European Journal of Human Genetics