Molecular biology of the cell

By:

Bruce Alberts

Contributor(s):

Heald, Rebecca;et al

Material type: Text

TextLanguage: English Publication details: New York W.W Norton & Co. 2022Edition: 7th edDescription: xxxviii,1507p. PB 27.5x21cmISBN:

9780393884852

Subject(s):

Molecular Biology

DDC classification:

23 572.8 ALBM

Summary: Biological research is in an explosive phase, driven by a new awareness of the basic unity of all life forms. Today, the key to a problem about neurons, plant cells, or cancer may lie in research on yeasts, frogs, or flies. More than ever before, molecular genetics is showing us how to recognize and exploit such connections and is forcing us to reflect on the ancient origins of the components from which we are made. In surveying cell biology, one does not know whether to marvel more at the endless variety of living systems or at the fundamental similarities in the mechanisms by which all cells operate.

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Holdings
Item type	Current library	Collection	Call number	Status	Date due	Barcode
Book	St Aloysius PG Library	Bio Chemistry	572.8 ALBM (Browse shelf(Opens below))	Checked out	08/05/2025	PG024690

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Previous	572 WEIC Current Progress in Biochemistry	572.633 JOLP Proteomics in functional genomics: protein structure analysis	572.65 GUOA Amino acids Biochemistry and nutrition	572.8 ALBM Molecular biology of the cell	572.8 ALBM Molecular biology of the cell	572.8 LODM Molecular cell biology	573.21 GARH Human genetics Ed 2	Next

Biological research is in an explosive phase, driven by a new awareness of the basic unity of all life forms. Today, the key to a problem about neurons, plant cells, or cancer may lie in research on yeasts, frogs, or flies. More than ever before, molecular genetics is showing us how to recognize and exploit such connections and is forcing us to reflect on the ancient origins of the components from which we are made. In surveying cell biology, one does not know whether to marvel more at the endless variety of living systems or at the fundamental similarities in the mechanisms by which all cells operate.

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