Molecular Biology of the Cell
Molecular Biology of the Cell exposes the full beauty of our
present knowledge of cell biology. This book is a delight,
worthy of being included in the library of every small college
that has a life-sciences program, and every high school that
offers an honors course or advanced-placement course in biology.
It also merits a place, as a reference book, on the desk of every
high-school teacher who gives a general-biology course based on
the BSCS Blue Version. Any teacher who has completed a
respectable program in biology education, and has been
legitimately certified to teach biology in high schools, should be
able to use Molecular Biology of the Cell with ease.
The 24 chapters in Molecular Biology of the Cell are grouped into
four sections: "Introduction to the Cell," "Molecular Genetics,"
"Internal Organization of the Cell" and "Cells in Their Social
Context." The last section includes chapters on topics that
should be of great interest to students in advanced high-school
courses: sex, immunity, development in metazoans, growth, and
cancer.
Throughout, the book displays the scientific accuracy that only
knowledgeable specialists can achieve -- and Molecular Biology of
the Cell is surely the work of knowledgeable specialists. Its
authors are Bruce Alberts (the biochemist who currently is the
president of the National Academy of Sciences), Dennis Bray (of
the Department of Zoology at the University of Cambridge), Julian
Lewis (of the Developmental Biology Unit at the University of
Oxford), Martin Raff (a professor in the Biology Department at
University College London), Keith Roberts (head of the Department
of Cell Biology at the John Innes Institute, in Norwich, England)
and James D. Watson (the Nobel laureate who is the director of the
Cold Spring Harbor Laboratory, on Long Island).
These six, aided by several other scientists who contributed to
some of the book's chapters, have taken an approach that
integrates structure, function, biochemistry and evolution, giving
special relevance to such complex topics as electron transport,
polymerases, repair mechanisms, and the origin of mitochondria and
chloroplasts. The writing is clear, the illustrations are
excellent, and the interactions between text and illustrations
attest to the care with which the authors and other contributors
approached their tasks. So do the well prepared glossary and the
detailed, accurate index.
In their prefatory material on page xi, the authors say that "even
a stranger to biology" can read Molecular Biology of the Cell by
starting at the beginning. Their claim is well justified. They
also say that, in citing references, they have tried "to select
mainly those that should be available in most libraries." That
claim seems to be a stretch. We can expect that big,
comprehensive university libraries will have most of the journals
that are cited, but smaller libraries will not.
In my judgment, the authors haven't put quite enough emphasis on
the fact that our current understanding of cells is expanding
rapidly, as the number of researchers increases and the human
genome project stimulates new work. This lapse, however, is a
very small one. Molecular Biology of the Cell is a great book.
David L. Jameson is a senior research fellow of the Osher
Laboratory of Molecular Systematics at the California Academy of
Sciences. He has written books about evolutionary genetics and
the genetics of speciation, and he is a coauthor of a
college-level general-biology text.
A good publication for your professional library
Third edition,
1994. 1294 pages + appendices. ISBN: 0-8153-1620-8 (paperback)
or 0-8153-1619-4 (hardback).
Garland Publishing, Inc., 717 Fifth Avenue,
New York City, New York 10022.
A First-Rate Reference Book for Biology Teachers
David L. Jameson