molecular biology

Type: 
Topical Term
Subfield: 
a
Alias: 
molecular biology

What mad pursuit

a personal view of scientific discovery
1988
Molecular biologist Francis Crick gives an account of his life and the discovery of the double helix of DNA.

The triple helix

gene, organism, and environment
2000
Presents four essays in which evolutionary biologist Richard Lewontin provides an account of what his work has taught him about biology and its relevance to human affairs, and promotes his view of organisms as unique consequences of both genes and environment.

The cell

a molecular approach
2004
An illustrated overview of the cell, covering its evolution, chemistry, molecular biology, structure and function, and regulation, as well as methods for studying cells. Specific topics include DNA, RNA, cell signaling, the cell cycle, and cancer.

The double helix

a personal account of the discovery of the structure of DNA
2001
James Watson relates his and Francis Crick's efforts to identify the basic building block of life. In support of the Common Core Learning Standards. (CCLS).

The cell

a molecular approach
2007
A color-illustrated textbook on the cell, providing an overview of cells and cell research, looking at the composition of cells, explaining cell metabolism, and covering cell regulation.

Visions

how science will revolutionize the 21st century
1997
Discusses the future of science and technology in the next one hundred years, drawing from interviews with scientists in a wide variety of disciplines to make predictions about developments in the fields of computer science, biogenetics, and quantum physics.

The biology of belief

unleashing the power of consciousness, matter & miracles
2008
Presents scientific evidence for a link between mind and matter, supporting the idea that the biochemical effects of one's thoughts can influence the biological functioning of cells in the body.

The molecules of life

DNA, RNA, and proteins
2009
An exploration of genetic engineering that examines DNA, RNA, and proteins; and discusses structures, behaviors, and how chemistry and physics allow organic molecules to build tissues, organs, and organisms.

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