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BREED

A lively and optimistic survey of a new breed of businessmen who are breaking away from huge companies to form dynamic enterprises in microelectronics, biotechnology and other developing areas. [Pg.445]

Shaving products Shaw process Shear breeding Shear energy Shearlings Shearometer Shear plane Shear rate Shear stresses Shear test Shear thinning behavior Shear viscosity Sheath-core fiber... [Pg.882]

Maintenance of conditions ia the culture environment that keep stress to a minimum is one of the best methods of a voiding diseases. Vacciaes have beea developed agaiast several diseases and more are under development. Selective breeding of animals with disease resistance has met with only limited success. Good sanitation and disiafection of contaminated faciUties are important avoidance and control measure. Some disiafectants are Hsted ia Table 6. Poad soils can be sterilized with burnt lime (CaO), hydrated lime [Ca(OH)2], or chlorine compounds (12). [Pg.22]

T. C. Nelson, Mutation and Plant Breeding, pubbcation no. 891, National Academy of Science, National Research Council, New York, 1961, pp. 331-349. [Pg.185]

A D—T fusion reactor is expected to have a tritium inventory of a few kilograms. Tritium is a relatively short-Hved (12.36 year half-life) and benign (beta emitter) radioactive material, and represents a radiological ha2ard many orders of magnitude less than does the fuel inventory in a fission reactor. Clearly, however, fusion reactors must be designed to preclude the accidental release of tritium or any other volatile radioactive material. There is no need to have fissile materials present in a fusion reactor, and relatively simple inspection techniques should suffice to prevent any clandestine breeding of fissile materials, eg, for potential weapons diversion. [Pg.156]

Fig. 1. Schematic of the cross section of a mammal s skin. The relative size and function of the parts depend on the species and breed of the animal. For goats, where the wool or hair is sparse because it is not needed for warmth, the skin is dense to provide protection for sheep protected primarily by heavy wool, the skin contains more oil (sebaceous) glands to lubricate the wool for catde, both the hair and the heavy hide stmcture protect the animal (3). Fig. 1. Schematic of the cross section of a mammal s skin. The relative size and function of the parts depend on the species and breed of the animal. For goats, where the wool or hair is sparse because it is not needed for warmth, the skin is dense to provide protection for sheep protected primarily by heavy wool, the skin contains more oil (sebaceous) glands to lubricate the wool for catde, both the hair and the heavy hide stmcture protect the animal (3).
Chemical Composition. From the point of view of leathermaking, hides consist of four broad classes of proteins coUagen, elastin, albumen, and keratin (3). The fats are triglycerides and mixed esters. The hides as received in a taimery contain water and a curing agent. Salt-cured cattie hides contain 40—50% water and 10—20% ordinary salt, NaCl. Surface dirt is usuaUy about 2—5 wt %. Cattie hides have 5—15% fats depending on the breed and source. The balance of the hide is protein (1). [Pg.81]

Tritium is produced in heavy-water-moderated reactors and sometimes must be separated isotopicaHy from hydrogen and deuterium for disposal. Ultimately, the tritium could be used as fuel in thermonuclear reactors (see Fusionenergy). Nuclear fusion reactions that involve tritium occur at the lowest known temperatures for such reactions. One possible reaction using deuterium produces neutrons that can be used to react with a lithium blanket to breed more tritium. [Pg.198]

The role of the reactor may be either as a converter, which produces some plutonium by neutron absorption in uranium-238 but depends on uranium-235 for most of the fission, or as a breeder, which contains a large amount of plutonium and produces more fissile material than it consumes. Breeding is also possible using uranium-233 produced by neutron absorption in thorium-232. [Pg.211]

An important parameter of any breeder is the breeding ratio (BR) defined as the ratio of the fissile atoms produced to the fissile atoms consumed and given by the simple relation... [Pg.221]

Feeding standards, which have been instituted nationally, indicate the amount of the essential amino acids (together with other nutrients) for the rational breeding of domestic animals. The feeding standards of the National Research Council (NRC) of the United States and Agricultural Research Council (ARC) of the United Kingdom are well known (the former indicates the minimal amount and the latter shows the recommended amount). [Pg.282]

Table 8. Breeding of Amino Acid Producers by Gene Technology ... Table 8. Breeding of Amino Acid Producers by Gene Technology ...
The first cultivated mbber trees produced 500 kg/ha of mbber and selective breeding over the years has resulted in yields during the mid-1990s as high as 3000 kg/ha. However, average yields in the principal producing countries can vary from 400—1200 kg/ha. In Malaysia the smallholder sector produces about 850 kg/ha, whereas the estate plantations can produce about 1200 kg/ha. [Pg.265]


See other pages where BREED is mentioned: [Pg.51]    [Pg.495]    [Pg.22]    [Pg.358]    [Pg.129]    [Pg.144]    [Pg.144]    [Pg.150]    [Pg.179]    [Pg.457]    [Pg.34]    [Pg.150]    [Pg.154]    [Pg.228]    [Pg.228]    [Pg.242]    [Pg.244]    [Pg.244]    [Pg.409]    [Pg.71]    [Pg.71]    [Pg.73]    [Pg.153]    [Pg.268]    [Pg.367]    [Pg.81]    [Pg.481]    [Pg.221]    [Pg.221]    [Pg.221]    [Pg.221]    [Pg.276]    [Pg.290]    [Pg.290]    [Pg.109]    [Pg.120]    [Pg.265]    [Pg.78]   
See also in sourсe #XX -- [ Pg.469 ]




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Acidity tolerance , breeding

Algorithms BREED

Animal Breeding and Husbandry

Animal health conventional breeds

Animal models selective breeding

Animals selective breeding

Assay molecular breeding

BREED approach

Backcross breeding

Breed of cow

Breed plutonium

Breed selection

Breeding

Breeding Cultivar development

Breeding Genetics

Breeding Terms Links

Breeding and Quality

Breeding approaches

Breeding behavioral effects

Breeding biodiversity

Breeding bulk method

Breeding cell lines

Breeding controlled crosses

Breeding conventional

Breeding conventional methods

Breeding disease resistance

Breeding drought resistance

Breeding fish

Breeding fish reproduction

Breeding for Increased Stiffness

Breeding gain

Breeding gain (core regions only)

Breeding genes

Breeding genetic resources

Breeding germplasm collections

Breeding goal

Breeding heritability

Breeding hybrids

Breeding irradiation

Breeding method

Breeding morphological characteristics

Breeding objectives

Breeding open-pollination

Breeding paired crosses

Breeding problems

Breeding process

Breeding program

Breeding programmes

Breeding radiation

Breeding ratio

Breeding reactions

Breeding reactors

Breeding regulation

Breeding salinity

Breeding seed sterility

Breeding selection criteria

Breeding selection sequence

Breeding soybeans

Breeding strategies

Breeding system

Breeding techniques

Breeding traditional methods

Breeding traits

Breeding transformation

Breeding tuber yield

Breeding values

Breeding water

Breeding, importance

Breeding: animal

Breeding: animal propagation

Breeds and strains

Breeds than at a Dog Show

Canola breeding methods

Cattle individual breeds

Cereal plant breeding

Classical plant breeding methods

Collision breeding

Conventional plant breeding

Cooperative breeding

Crop plants conventional breeding

Crops breed seed production

Cross breeding

Cross breeding genetics

Cross breeding resistance

Cross-breeding inheritance

Early generation selection breeding

Experimental breeding

Flavor breed effects

Genetic variation and plant breeding

Hop breeding

Hybrid plants breeding process

IMIDA-ITUM breeding program

Induced breeding

Livestock breeding

Livestock breeding practices

Manure-breeding flies, control

Marker-assisted breeding

Merino breed

Metabolomics-assisted breeding

Molecular breeding

Molecular breeding directed evolution

Mutation breeding

Natural plant breeding methods

Natural variation/ breeding

Nuclear fuels breeding

Nuclear reactors breeding gain

Nutritional Improvement through Processing and Breeding

Organic livestock husbandry and breeding

Organic plant breeding

Organic plant breeding seed production

Other goals of plant breeding in oilseed crops

Pedigree breeding

Plant Breeding Institute

Plant Breeding and Propagation

Plant breeding

Plant breeding 38 specifications

Plant breeding Gregor Mendel

Plant breeding Station

Plant breeding and seed production

Plant breeding disease resistance

Plant breeding genetic diversity

Plant breeding genetic modification

Plant breeding genetic resources

Plant breeding methods

Plant breeding molecular markers

Plant breeding mutation-induced

Plant breeding overview

Plant breeding product quality

Plant breeding programs

Plant breeding seed production

Plant breeding seed quality

Plant breeding target traits

Plant breeding variety characteristics

Plant breeding variety testing

Plant breeding yield stability

Plant breeding, biotechnology

Plant breeding, insect resistance

Plutonium breeding

Potatoes breeding

Precision breeding

Quality Improvement through Plant Breeding

Rapeseed breeding

Recombination molecular breeding

Resident breeding females

Resistance breeding

Resistant classical breeding

Right Breed and Strain

Rootstock breeding

Rootstock breeding selection

Secondary nucleation initial breeding

Selective breeding

Selective cross-breeding

Spain, grapevine breeding

Spain, grapevine breeding clonal selection

Table grapes breeding

Target traits in breeding

Tetracyclines in calf breeding

Tetracyclines in pig breeding

Tetracyclines in sheep breeding

The breeder Reactor breeds Its Own Fuel

The use of molecular markers in organic breeding programs

Total breeding gain

Traditional Breeding

Tritium breeding

Two-region reactors, cylindrical breeding ratio

Welsh Plant Breeding Station

Western United States grapevine breeding

Wheat breeding

Wine grapes breeding

Wine varieties, breeding

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