Tissue generative

The ACS of type 3 comprises many isozymes of tissue-specific activity restricted to generative organs. A majority of them have very short C-termini, making it impossible to control their protein turnover by the mechanisms described above. This feature probably proved physiologically favorable and was evolutionarily conserved. A consequence of this change is a significant decrease in the isoelectric point of type 3 ACS isozymes relative to the neutral and basic character of a majority of types 1 and 2 ACS isozymes, respectively. ... 

P. Aksenova. Study of histones of calluses with vegetative and generative morphogenesis in trapezoid tobacco. Dokl AkadNauk SSR 1974 216 226. Ackermann, L. Evidence of a glycoprotein, until now unknown, in tissue culture of hlicotiana tabacum. C R Seances Soc Biol Ses Fil 1974 168 344. 

Currently stem cells are the focus of a broad and burgeoning area of science aimed at marshaling their generative powers into new treatments, especially for degenerative disorders such as stroke, Parkinson s disease, and spinal-cord injury. These disorders are so destructive that the affected tissue generally cannot be repaired by the body s normal healing mechanisms. 

Figure 52 Seasonal changes in somatic and generative growth in populations of anchovy and sprat (mg g-1 fresh tissue) solid line, proteins broken line, lipids dotted and broken line, mineral matter and glycogen.

Phospholipids are most actively employed in the creation of somatic and generative production. Gonad maturation is accompanied by a sharp increase in the phospholipid concentration of the liver and blood (Shchepkin, 1972), indicating enhanced synthesis and transport into the gonads. The phospholipid concentration is greater in the gonads than in somatic tissues. 

Toxicants and their associated effects also disturb the balance in the peroxic-antioxidant system which results in the accumulation of free radicals. These generate changes in the structure and function bf cell membranes (Telitchenko, 1974). As a result, the phospholipid bilayer of the membrane is destroyed, with fatal consequences (Sidorov, 1983). This phenomenon may be the cause of destruction of muscular tissue of fish. The reproductive system of fish is the part most susceptible to the influence of toxicants. Generative metabolism is the first to be affected by the adverse changes in the environment, which throws the entire reproductive cycle of a population into disorder. 

The generative tissues are found in the growing apices of plant organs, such as root, stem and leaf apex. By the division and redivisions of their cells they give rise to the mature or adult tissues of plants. 

Dermat ogen.—The generative tissue that gives rise to epidermis. 

Neck, chin, vocal chords, neck and throat, hymen, haemorrhoids, bladder, hair, cysts, swellings, diphtheria, renal disorders, syphilis, laxity of muscle tissue, interior generative system. 

As can be seen, while the propagator that participates in reaction 4 is (re)gener-ated by reaction 7, reaction 6 produces an alkoxyl type (macro)radical A-0. The ratio of the A-O-O to A-0 radicals is, however, governed by the present transition metal ions, or, more precisely, by the ratio of to Me +. To answer the question, which transition metals may be present in SF and cells or tissues of healthy human beings, one should take into account the data presented in Tables 1 and 2. 

At first vegetative buds start to develop—germination of a stem and leaves develops from meristem tissues on a cone top of outgrowth. Then generative meristem appears, swelling on a cone top of ou rowth, later... 

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