By Michael Wink
Molecular biotechnology keeps to triumph, as this textbook testifies - edited by means of one of many educational pioneers within the box and written by means of skilled execs. This thoroughly revised moment version covers the complete spectrum, from the basics of molecular and cellphone biology, through an summary of normal tools and applied sciences, the applying of many of the "-omics", and the advance of novel drug ambitions, correct as much as the importance of procedure biology in biotechnology. the full is rounded off through an creation to business biotechnology in addition to chapters on corporation beginning, patent legislation and advertising.
the hot version features:
- huge layout and whole colour throughout
- confirmed constitution based on fundamentals, tools, major subject matters and monetary perspectives
- New sections on method biology, RNA interference, microscopic concepts, excessive throughput sequencing, laser functions, biocatalysis, present biomedical functions and drug approval
- Optimized educating with studying ambitions, a thesaurus containing round 800 entries, over 500 vital abbreviations and extra reading.
the one source should you are heavily attracted to the topic.
Bonus fabric on hand on-line for free: www.wiley-vch.de/home/molecbiotech
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Extra resources for An Introduction to Molecular Biotechnology- Fundamentals, Methods and Applications
B) Structure of a retrovirus (human immunodeficiency virus causing AIDS). 2 Compartments of animal and plant cells and their main functions. , glycolysis) occur in the cytoplasm Lysosome A Vacuole Mitochondrium P A Chloroplast Peroxisome Cytoplasm P P A A P P A, animal; P, plant. 1. As viruses and bacteriophages (Fig. 3) do not have their own metabolism they therefore do not count as organisms in the true sense of the word. They share several macromolecules and structures with cells. Viruses and bacteriophages are dependent on the host cells for reproduction, and therefore their physiology and structure are closely linked to that of the host cell.
Furthermore, biomembranes carry a diversity of membrane proteins (see Chapter 3). Biomembranes generate a diffusion barrier and enclose all cells, and in eukaryotes enclose all internal organelles (mitochondria, plastids) and compartments (see Chapter 3). 3 describes the structure of phospholipids. 3) and the third is linked by an ester bond to a phosphate residue. An additional ester bond links the negatively charged phosphate residue to either an amino alcohol (choline or ethanolamine), the amino acid serine, or the sugar alcohol inositol.
This is an important example of a molecular recognition reaction via noncovalent bonds. Base pairing occurs spontaneously should the two bases meet. This results in the ability to self organize and to form supramolecular structures without the requirement of energy or regulatory helpers. , Southern hybridization, DNA fingerprinting with DNA probes, and DNA microchips; see Chapters 21, 22, and 27). In eukaryotes the multiple negative charges on the backbone of the DNA double helix are complexed with basic, positively charged histone proteins (Fig.