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Biochemistry/ David Hames and Nigel Hooper.

By: Hames, David Contributor(s): Hooper, Nigel Material type: Text

TextSeries: (BIOS instant notes)Publication details: New York: Taylor & Francis, 2015Edition: 4th edDescription: vii, 473 p. : ill. ; 25 cmISBN: 9780415608459Subject(s): Biochemistry | Biology | Chemistry DDC classification: 572

Contents:

section A. Cells 1 Prokaryotic cells 2 Eukaryotic cells 3 Cell growth 4 Cell imaging 5 Cell fractionation section B. Amino acids and proteins 7 Amino acid structure 8 Protein structure and function 9 Myoglobin and hemoglobin 10 Collagen 11 Molecular motors 12 Antibodies. 13 section C. Studying proteins 14 Protein purification 15 Gel electrophoresis 16 Protein sequencing and peptide synthesis 17 Immunodetection 18 section D. Enzymes 19 Introduction to enzymes 20 Thermodynamics 21 Enzyme kinetics 22 Enzyme inhibition 23 Regulation of enzyme activity. section E. Membranes and cell signaling 24 Membrane lipids 25 Membrane structure 26 Membrane transport: small molecules 27 Membrane transport: macromolecules 28 Signal transduction 29 Nerve function section F. DNA structure and replication 30 An introduction to DNA 31 Genes and chromosomes 32 DNA replication in bacteria 33 DNA replication in eukaryotes. section G. RNA synthesis and processing 34 An introduction to RNA 35 Transcription in prokaryotes 36 Operons 37 Transcription in eukaryotes: an overview 38 Transcription of protein-coding genes in eukaryotes 39 Regulation of transcription by RNA Pol II 40 Processing of eukaryotic pre-mRNA 41 Transcription and processing of ribosomal RNA 42 Transcription and processing of transfer RNA 43 section H. Protein synthesis 44 The genetic code 45 Translation in prokaryotes 46 Translation in eukaryotes 47 Protein targeting 48 Protein glycosylation. section I. Recombinant DNA technology 49 The power of recombinant DNA approaches 50 Restriction enzymes 51 Nucleic acid hybridization 52 DNA cloning 53 DNA sequencing 54 Polymerase chain reaction 55 Site-directed mutagenesis 56 section J. Carbohydrate metabolism 57 Monosaccharides and disaccharides 58 Polysaccharides and oligosaccharides 59 Glycolysis 60 Gluconeogenesis 61 Pentose phosphate pathway 62 Glycogen metabolism 63 Control of glycogen metabolism. section K. Lipid metabolism 64 Fatty acid structure and function 65 Fatty acid breakdown 66 Fatty acid synthesis 67 Triacylglycerols 68 Cholesterol 69 Lipoproteins 70 section L. Respiration and energy 71 Citric acid cycle 72 Electron transport and oxidative phosphorylation 73 Photosynthesis 74 section M. Nitrogen metabolism 75 Nitrogen fixation and assimilation 76 Amino acid metabolism 77 The urea cycle 78 Hemes and chlorophylls.

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Holdings
Item type	Current library	Call number	Status	Date due	Barcode	Item holds
General Books	Central Library, Sikkim University General Book Section	572 HAM/B (Browse shelf(Opens below))	Available		P41688

Total holds: 0

section A. Cells

1 Prokaryotic cells

2 Eukaryotic cells

3 Cell growth

4 Cell imaging

5 Cell fractionation

section B. Amino acids and proteins

7 Amino acid structure

8 Protein structure and function

9 Myoglobin and hemoglobin

10 Collagen

11 Molecular motors

12 Antibodies.

13 section C. Studying proteins

14 Protein purification

15 Gel electrophoresis

16 Protein sequencing and peptide synthesis

17 Immunodetection

18 section D. Enzymes

19 Introduction to enzymes

20 Thermodynamics

21 Enzyme kinetics

22 Enzyme inhibition

23 Regulation of enzyme activity. section E. Membranes and cell signaling

24 Membrane lipids

25 Membrane structure

26 Membrane transport: small molecules

27 Membrane transport: macromolecules

28 Signal transduction

29 Nerve function

section F. DNA structure and replication

30 An introduction to DNA

31 Genes and chromosomes

32 DNA replication in bacteria

33 DNA replication in eukaryotes. section G. RNA synthesis and processing

34 An introduction to RNA

35 Transcription in prokaryotes

36 Operons

37 Transcription in eukaryotes: an overview

38 Transcription of protein-coding genes in eukaryotes

39 Regulation of transcription by RNA Pol II

40 Processing of eukaryotic pre-mRNA

41 Transcription and processing of ribosomal RNA

42 Transcription and processing of transfer RNA

43 section H. Protein synthesis

44 The genetic code

45 Translation in prokaryotes

46 Translation in eukaryotes

47 Protein targeting

48 Protein glycosylation. section I. Recombinant DNA technology

49 The power of recombinant DNA approaches

50 Restriction enzymes

51 Nucleic acid hybridization

52 DNA cloning

53 DNA sequencing

54 Polymerase chain reaction

55 Site-directed mutagenesis

56 section J. Carbohydrate metabolism

57 Monosaccharides and disaccharides

58 Polysaccharides and oligosaccharides

59 Glycolysis

60 Gluconeogenesis

61 Pentose phosphate pathway

62 Glycogen metabolism

63 Control of glycogen metabolism. section K. Lipid metabolism

64 Fatty acid structure and function

65 Fatty acid breakdown

66 Fatty acid synthesis

67 Triacylglycerols

68 Cholesterol

69 Lipoproteins

70 section L. Respiration and energy

71 Citric acid cycle

72 Electron transport and oxidative phosphorylation

73 Photosynthesis

74 section M. Nitrogen metabolism

75 Nitrogen fixation and assimilation

76 Amino acid metabolism

77 The urea cycle

78 Hemes and chlorophylls.

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