1st Edition

The Human Genome in Health and Disease A Story of Four Letters

By Tore Samuelsson Copyright 2019
297 Pages 234 Color Illustrations
by Garland Science

297 Pages 234 Color Illustrations
by Garland Science

297 Pages 234 Color Illustrations
by Garland Science

The human genome is a linear sequence of roughly 3 billion bases and information regarding this genome is accumulating at an astonishing rate. Inspired by these advances, The Human Genome in Health and Disease: A Story of Four Letters explores the intimate link between sequence information and biological function. A range of sequence-based functional units of the genome are discussed and... Read more

Chapter 1. Introduction

Chapter 2. A molecular disorder

Chapter 3. A code of life

Chapter 4. The genome

Chapter 5. Variants in the human genome sequence and their biological significance

Chapter 6. The critical protein coding sequences

Chapter 7. Triplet repeats and neurodegenerative disorders

Chapter 8. The untranslated parts of a message

Chapter 9. Exons, introns and a royal bleeding disorder

Chapter 10. The regulation of transcription

Chapter 11. The non-coding RNAs

Chapter 12. Computational methods are critical in the analysis of molecular sequences

Chapter 13. Diagnosing the genome

Chapter 14. Correcting genome errors

Chapter 15. Epilogue

Biography

Tore Samuelsson

"... an excellent primer on the molecular and biochemical underpinnings of disease. The author walks us through how the genome is structured and regulated, interspaced with detailed explanations of how changes in the genome result in biological function and human disease. He includes personal touches that help humanize the material..." - The Quarterly Review of Biology, 95(2).

"Although the material is appropriate for advanced biology students, this volume would also be suitable for those with limited knowledge of biology due to the detailed and careful walkthrough of the topic matter that makes it approachable for nonspecialists, especially for fledgling computational biologists or clinical geneticists, and even for nonacademics who wish to better understand their own genome." - William Gillis, Biological Sciences, State University of New York College at Old Westbury