Genomes and the Gene Pool
Genomes and the Gene Pool is an up-to-date overview of the science of human genetics with an emphasis on how genetics affects the lives of individuals and the future of our species.
Part I of the book provides a basic introduction to human genetics with sections on mutation, heritability of traits, and human evolutionary history. Part I concludes with two chapters on genetics and healthcare. The genomes of millions of people are now being sequenced. Part I explains how such sequencing will significantly improve people’s health and lives.
Part II deals with the genetics of humanity as a whole. Part II covers reproductive planning, heritability of intelligence, evolution of our special intelligence, and recent changes to the forces that shaped our evolution. Through analysis of these changes, the gene pool problem is identified. Part II concludes with possible solutions to this problem.
The gene pool problem is one of the greatest challenges facing humanity today. The information stored within the DNA molecules that comprise human genomes is slowly, but continually, changing through the natural process of mutation. Each baby that is born has about 1,000 mutations. Many mutations are deleterious causing thousands of different disorders and diminishing all of our abilities. Up until about the year 1800, brutal natural selection and other evolutionary forces kept the deleterious mutations in check. But the numerous, wonderful advances in human societies that have occurred since 1800 have substantially relaxed natural selection and changed other evolutionary forces such that deleterious mutations are now accumulating in our genomes. This is the gene pool problem. Unless this problem is solved, human societies will inevitably decline.
ISBN: 123456789
Testimonials for Genomes and the Gene Pool
After providing a thorough description of human genetics, Weber then discusses the evolution of human intelligence, the historic factors and events that might have led to the emergence of our “special intelligence”. In a thoughtful, humane and readable way he raises questions and expresses views around the future evolution of human intelligence. Here’s the stage on which the rise of artificial intelligence will play out.
John Todd, PhD
Professor of Precision Medicine
University of Oxford
February 25, 2026
The author, who did much to develop resources that led to the discovery of numerous disease-causing genes and was the first to suggest an approach that was used to sequence the human genome, has written a remarkable book that will be interesting and useful to both lay persons and healthcare providers. The book provides an insightful exploration of human and medical genetics, expertly combining foundational concepts with practical applications such as clinical and prenatal DNA testing. The book includes some controversial topics and opinions which not all readers will agree with, but which will give all pause for thought. This work is a comprehensive resource for anyone interested in understanding the intricate relationships between genetics, health and society.
Val Sheffield, MD, PhD
Professor of Pediatrics and Ophthalmology and Visual Sciences
Roy J. Carver Chair in Molecular Genetics
University of Iowa
March 27, 2026
Having been at the forefront of the genomics revolution for over five decades, in Genomes and Gene Pool Jim Weber offers a deeply personal overview, reflection, and analysis of the major advances that have shaped modern genetics. Moving beyond the scope of a conventional textbook, the book blends insight with provocation, challenging assumptions and stimulating debate, while remaining firmly grounded in empirical evidence.
Anne Goriely, PhD
Professor of Human Genetics
University of Oxford
April 2, 2026