Titlebook: Insect Biotechnology; Andreas Vilcinskas Book 2011 Springer Science+Business Media B.V. 2011 Entomology.Industrial Biotechnology.Insect Bi

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Sebastian Paczkowski,Bernhard Wei?becker,Michael J. Sch?ning,Stefan Schützich the vast majority of mankind lives; their arid climate with its implications for their population and the limitations and dangers it imposes; the vast empty spaces; the nomadic and sometimes fearsome peoples roaming the desert; the peculiar colours and shades of desert landscapes, and, in more r

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Stanislav N. Gorbple. Nevertheless, well over half a billion people, or 15% of the world‘s population live in arid desert areas. If the world‘s population were distributed evenly over the land surface, we would expect to find about 30% of the population inhabiting arid desert areas. Does the fact that ‘only‘ 15% of

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a of the United Nations Environment Program. First, throughout Sudano-Sahelian West Africa, desertification — taken here to mean ‘the impoverishment of arid and semi- arid and subhumid ecosystems by the combined impact of man’s activities and drought’ (Dregne, 1977, p. 324) - occupies a central plac

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INCH

Therapeutic Potential of Anti-Microbial Peptides from Insects Various AMPs, typically reaching high concentrations in the hemolymph, allow insects to cope with infections and to survive in habitats with massive microbial pressure. AMPs are also indispensable as part of the human innate immune system, besides the antibody- and T-cell-dependent adaptive immune

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From Traditional Maggot Therapy to Modern Biosurgery or modify products or processes for specific use in agriculture, food science, and medicine. The most prominent application of insects or insect-derived molecules in medicine is known as maggot therapy or biosurgery. The term maggot therapy has been established for the application of live larvae fr

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Insect-Associated Microorganisms as a Source for Novel Secondary Metabolites with Therapeutic Potentatural products or derivatives thereof. Mainly due to increasing resistance against these antibiotics there is an urgent need for novel bioactive natural products and several strategies are currently in use to find new compounds. In this chapter insects are suggested as a new and very promising sour

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Potential Pharmaceuticals from Insects and Their Co-Occurring Microorganismsts which either are de novo synthesized by the insect or by associated microorganisms. Many of the structures show that potential pharmaceuticals can be found which may be used for human and veterinary medicine. Concerning the toxic terpene anhydride cantharidin it is demonstrated that synthetically

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