By Helen Ougham, Howard Thomas, Susan Waaland, Russell L. Jones

The Molecular lifetime of Plants provides scholars with an cutting edge, built-in method of plant technology. It appears to be like on the techniques and mechanisms that underlie each one level of vegetation and describes the tricky community of mobile, molecular, biochemical and physiological occasions in which vegetation make existence on land attainable. The ebook follows the lifetime of the plant, beginning with the seed, progressing via germination to the seedling and mature plant, and finishing with copy and senescence. This ‘seed-to-seed’ procedure will supply scholars with a logical framework for buying the information had to absolutely comprehend plant development and improvement.

• leading edge, glossy therapy integrating body structure and biochemistry with genetics and mobile and molecular biology.
• Takes a "seed-to-seed" approach.
• superbly offered with over seven-hundred complete color illustrations.
• "Key points" containers in every one bankruptcy summarize issues and support facilitate pupil learning.

Written by way of a hugely revered and skilled writer crew The Molecular lifetime of Plants will end up priceless to scholars wanting a finished, built-in creation to the topic throughout various disciplines together with plant technology, organic technology, horticulture and agriculture.

The Molecular lifetime of Plants is a co-publication among the yank Society of Plant Biologists and John Wiley&Sons Ltd.

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Extra info for The Molecular Life of Plants

Example text

Citral’ is actually a mixture of these cis and trans isomers. The methyl group, CH3, is always joined by a CC bond to the molecule although, for simplicity, the bond often appears to go to the H atom or the middle of the group. Optical isomers Optical isomers are also an example of stereoisomerism, with different arrangements of atoms in space. e. whether it is right-handed or left-handed. The resulting isomers are called optical isomers and one form of the molecule is the mirror image of the other.

While in colloquial terms ‘aromatic’ is commonly applied to describe strongly fragrant compounds, in chemical technical terminology it refers purely to the possession of this type 37 38 Organic chemistry of chemical structure, irrespective of the fragrance (which in practice may not be at all what we mean colloquially by aromatic). Functional Groups Compounds made up of only hydrogen and carbon are called hydrocarbons. They make up only a small number of the total organic compounds. When looking at an organic molecule we find that only certain parts and bonds take part in the chemical reactions.

Large molecules are common Compounds are encountered with molecular formulae such as C20H40, with 20 carbon (C) atoms and 40 hydrogen (H) atoms. Many important biological compounds are what are called macromolecules and are very large. They are polymers made up of many repeating units. For example, cellulose (plant cell wall material) is made up of many linked glucose units and has a molecular weight of 150 000–1 000 000. Insulin (a protein) is made up of 51 amino acid residues and has a molecular weight of about 5700.

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