By Laura Barsanti, Paolo Gualtieri
A single-source reference at the biology of algae, Algae: Anatomy, Biochemistry, and Biotechnology, moment Edition examines an important taxa and constructions for freshwater, marine, and terrestrial types of algae. Its entire insurance is going from algae's old position via its taxonomy and ecology to its ordinary product possibilities.
The authors have accumulated an important quantity of latest fabric because the ebook of the 1st variation. This thoroughly revised moment version comprises many alterations and additions together with the following:
- All revised and rewritten tables, plus new figures, many in color
- A interesting new bankruptcy: Oddities and Curiosities within the Algal World
- Expanded details on algal anatomy
- Absorption spectra from all algal divisions, chlorophylls, and accent pigments
- Additional details on assortment, garage, and renovation of algae
- Updated part on algal pollution and algal bioactive molecules
The book's unifying subject is at the vital function of algae within the earth's self-regulating existence help procedure and its functionality inside of restorative versions of planetary overall healthiness. It additionally discusses algae's biotechnological functions, together with strength dietary and pharmaceutical items. Written for college kids in addition to researchers, lecturers, and pros within the box of phycology and utilized phycology, this new full-color version is either illuminating and encouraging.
Read or Download Algae: Anatomy, Biochemistry, and Biotechnology, Second Edition PDF
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Additional resources for Algae: Anatomy, Biochemistry, and Biotechnology, Second Edition
Scale bar: 5 μm. 24 Zoospores of Tetraselmis sp. within the parental cell wall. Scale bar: 5 μm. 24). Aplanospores are aflagellate spores that begin their development within the parent cell wall before being released; these cells can develop into zoospores. Autospores are aflagellate daughter cells that will be released from the ruptured wall of the original parent cell. They are almost perfect replicas of the vegetative cells that produce them and lack the capacity to develop in zoospospores. Examples of autospore-forming genera are Nannochloropsis (Ochrophyta) and Chlorella (Chlorophyta).
Scale bar: 30 μm. , a brackish water dinoflagellate. fishes. Some dinoflagellates are invertebrate parasites, while others are endosymbionts (zooxanthellae) of tropical corals. Dinoflagellates possess chlorophylls a, c1, and c2, fucoxanthin, other carotenoids, and xanthophylls such as peridinin, gyroxanthin diester, dinoxanthin, diadinoxantin, and fucoxanthin. The chloroplasts, where present, are surrounded by three membranes. Within the chloroplasts typical pyrenoids are present, the thylakoids are for the most part united in a stack of 3.
29 Life cycle of a diatom: 1, vegetative cell; 2–3, vegetative cell division; 4, minimum cell size; 5, gametogenesis; 6–7, fertilization; 8, auxospores; 9, initial cells. : meiosis. : 1, sporophyte; 2, anteridium; 2′, oogonium; 3, sperm; 3′, egg; 4, zygote; 5, young sporophyte. : meiosis. SUMMARIES OF THE 11 ALGAL PHYLA Historically, the major groups of algae were classified on the basis of pigmentation, chemical nature of photosynthetic storage product, photosynthetic membrane (thylakoids) organization and other features of the chloroplasts, chemistry and structure of the cell wall, number, arrangement, and ultrastructure of flagella (if any), occurrence of any other special features, and sexual cycles.
Algae: Anatomy, Biochemistry, and Biotechnology, Second Edition by Laura Barsanti, Paolo Gualtieri