By Se-Kwon Kim
This Springer instruction manual offers, for the 1st time, a whole and constant evaluation over the tools, functions, and items within the box of marine biotechnology. a wide part of the outside of the earth (ca. 70%) is roofed through the oceans. greater than eighty% of the dwelling organisms in the world are present in aquatic ecosystems. The aquatic platforms therefore represent a wealthy reservoir for varied chemical fabrics and (bio-)chemical processes.
Edited by way of a well known specialist with a longstanding adventure, and together with over 60 contributions from major foreign scientists, the Springer guide of Marine Biotechnology is an enormous authoritative table reference for everybody or operating within the box of marine biotechnology and bioprocessing - from undergraduate and graduate scholars, over scientists and lecturers, to professionals.
Marine biotechnology is worried with the learn of biochemical fabrics and procedures from marine resources, that play an essential function within the isolation of novel medications, and to carry them to commercial and pharmaceutical improvement. this present day, a large number of bioprocess concepts is hired to isolate and bring marine ordinary compounds, novel biomaterials, or proteins and enzymes from marine organisms, and to carry them to functions as prescribed drugs, cosmeceuticals or nutraceuticals, or for the creation of bioenergy from marine resources. these kind of subject matters are addressed via the Springer guide of Marine Biotechnology.
The ebook is split into ten components. each one half is constantly prepared, in order that the instruction manual offers a legitimate creation to marine biotechnology - from ancient backgrounds and the basics, over the outline of the equipment and expertise, to their purposes - however it is additionally used as a reference work.
Key issues contain:
- Marine natural world
- instruments and strategies in marine biotechnology
- Marine genomics
- Marine microbiology
- Bioenergy and biofuels
- Marine bioproducts in business purposes
- Marine bioproducts in clinical and pharmaceutical purposes
- and lots of more...
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Additional resources for Springer Handbook of Marine Biotechnology
16–22]. 1). Several drugs are obtained from natural sources, and researchers are still searching for potential organisms from marine sources. 2 Marine Natural Products for Medicine Marine aquaculture is one of the best examples of marine biotechnology. Fish is one of the most important marine sources for protein supplement in human food. Overfishing and changes in the global environment are contributing to the slow disappearance of this important food resource. 23–26], which could be useful to overcome the global food demand.
23–26], which could be useful to overcome the global food demand. Marine bioresources are huge reservoirs for various potential biological molecules, which have tremendous potential as human medicines. 27–33]. Numerous marine compounds are isolated from marine animals, algae, fungi, and bacteria with antibacterial, anticoagulant, antifungal, antimalarial, antiprotozoal, antituberculosis, and antiviral activities. , marine fungi in clinical trials, and large number of pre-clinical investigations, coming from a wide range of marine sources from many different parts around the world.
Marine biotechnology promises breakthroughs in areas such as aquaculture, microbiology, metagenomics, nutraceuticals, pharmaceutical, cosmeceuticals, biomaterials, biomineraliza- Marine living resources Services • Ecosystem management • Basic research • Bioremediation Culture Products Biotechnology toolbox • Drugs • Biofuels • Electricity • Food • Enzymes • Compounds • DNA blueprints • Biodiscovery • Molecular biology • Nanotechnology • Bioinformatics • Omics Value chain Fig. 1 Examples of products and services developed by technological applications using marine bioresources.