Molecular Biology of the Cell (Alberts) is a textbook of cell biology that gets a lot of recommendations; when you go to a talk where someone is investigating something and figures out a wrinkle or complication to some process they will often call the general consensus “the Alberts version”. Has all kinds of information on general cell biology, with the information on DNA coding and function spread in a couple of chapters.
On the rather more technical end, I loved the book “The Origins of Genome Architecture” by Dr. Michael Lynch. It’s kind of half a massive review article of features you find in eukaryotic genome structure and how they vary across the tree of life, with a major focus on evolutionary biology and mechanisms of how they change over time, and with bibliography that must be a fifth of the book. It’s other half of its content is basically the author pushing his idea that for eukaryotes and multicellular organisms in particular, most of their genome architecture got the way it is via non-adaptive processes that have more to do with the sorts of mutation that are possible than their end fitness results. Makes a compelling argument and shows all kinds of details of DNA function I did not know about until I read it, but gets very technical very fast and is written in many parts like a scientific paper with biologists in mind.
Molecular Biology of the Cell (Alberts) is a textbook of cell biology that gets a lot of recommendations; when you go to a talk where someone is investigating something and figures out a wrinkle or complication to some process they will often call the general consensus “the Alberts version”. Has all kinds of information on general cell biology, with the information on DNA coding and function spread in a couple of chapters.
On the rather more technical end, I loved the book “The Origins of Genome Architecture” by Dr. Michael Lynch. It’s kind of half a massive review article of features you find in eukaryotic genome structure and how they vary across the tree of life, with a major focus on evolutionary biology and mechanisms of how they change over time, and with bibliography that must be a fifth of the book. It’s other half of its content is basically the author pushing his idea that for eukaryotes and multicellular organisms in particular, most of their genome architecture got the way it is via non-adaptive processes that have more to do with the sorts of mutation that are possible than their end fitness results. Makes a compelling argument and shows all kinds of details of DNA function I did not know about until I read it, but gets very technical very fast and is written in many parts like a scientific paper with biologists in mind.