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Cultivate

Agar occurs as a cell-wall constituent of the red marine algae Rho ophyceae, from which it is extracted by hot water, and marketed as a dry powder, flakes, or strips. It dissolves in hot water and sets on cooling to a jelly at a concentration as low as 0-5%. Its chief uses are as a solid medium for cultivating micro-organisms, as a thickener, emulsion stabilizer in the food industry and as a laxative. [Pg.17]

It is a general observation that herbicide degradation occurs more readily ia cultivated than fallow sod, suggesting that rhizosphere organisms are effective herbicide degraders. Whether this can be effectively exploited ia a phytoremediatioa strategy remains to be seea. [Pg.35]

Wheat is cultivated ia most couatries oa all continents. World wheat productioa, coasumptioa, and net exports (imports) are summarized ia Table 1. [Pg.353]

The concentration of alkaloids, as well as the specific area of occurrence or localization within the plant or animal, can vary enormously. Thus the amount of nicotine [54-11-5] (21), C2QH24N2, apparentiy synthesized ia the roots of various species of JSHcotiana and subsequentiy translocated to the leaves varies with soil conditions, moisture, extent of cultivation, season of harvest, etc and may be as high as 8% of the dry leaf, whereas the amount of morphine (2, R = H) ia cerebrospiaal duid is of the order of 2 to 339 fmol/mL (23). [Pg.533]

Locust bean (carob) is derived from the endosperm portion of seeds of a tree widely cultivated in the Mediterranean area. It is a polysaccharide built of mannose units with short branches of single galactose units, with an average molecular weight of 310,000. [Pg.119]

The flax fiber from the aimual plant IJnum usitatissimum (flax family, Liuaceae) has been used siuce ancient times as the fiber for linen. The plant grows iu temperate, moderately moist climates, for example, iu Belgium, France, Ireland, Italy, and Russia. The plant is also cultivated for its seed, from which linseed oil is produced. A by-product of the seed plant is the tow fiber used iu papermakiug. [Pg.360]

Henequen. Agavefourcroydes grows ia Mexico where it was first cultivated by the Mayans ia the Yucatan (Yucatan Sisal). The plant produces for 20—30 years. The lower bottom leaves, which are up to 2 m long and 10—15 cm wide, are cut, machine decorticated, and cleaned. Henequen fibers are white to yellowish red and are inferior to sisal ia strength, cleanliness, texture, and length, the other grading criteria. Henequen is grown for local use ia Cuba (Cuban Sisal) and El Salvador. Twiae, small ropes, coarse mgs, and sacks are made commercially from henequen. [Pg.362]

The most ancient uses of spices appear to be therapeutic in nature. The use of spices was common in China but tittle, if any, authentic Chinese records exist to confirm this. According to Chinese myths and legends, Shen Nung, the Divine Cultivator, founded Chinese medicine and discovered the curative powers of many herbs. He is said to have described more than 100 plants in a treatise reportedly written in 2700 BC. It has been shown, however, that no written language was available in China at that time. Although some of the herbal uses in the treatise go back several centuries BC, the work seems to have been produced by unknown authors in the first century AD. Other records on the use of cassia and ginger are known to have been written in the fifth and fourth centuries BC, in the latter case by Confucius. [Pg.23]

Economic Market. The spice trade is controlled by many direct elements and responds slowly to supply and demand fluctuations. Resupply depends on growth to plant maturity, which for certain items, such as black pepper or nutmeg, can be several years. The raw material is directly affected by climate, adverse weather conditions, and control of plant diseases and insect and animal pests. Limited agricultural scientific advances are appHed to the cultivation of the botanicals, and there are many grades of product and degrees of quahty caused by different growing or processing conditions, sometimes by unknown factors as well. [Pg.24]

Basil (Sweet Basil). Basil consists of the brown, dried leaves and tender stems of Ocimum basilicum L. (Labiatae), an aimual native to India, Africa, and Asia, and cultivated in Egypt, southern Erance, Morocco, the Mediteranean countries, and the United States. Basil is one of the oldest known herbs, and it is reported that there are perhaps 50—60 poorly defined Ocimum species which can only be identified according to their chemical components. The flavor of the basihcum type is warm, sweet, somewhat pungent, and pecuhar, ie, methyl chavicol and linalool. It is used with meats, fish, certain cheeses, and tomato-based salads. The fresh leaves are ground and known as pesto with pastas. It is the main component of the Hqueur Chartreuse. [Pg.27]

Caraway Seed. This spice is the dried ripe fmit of Carum carvi L. (UmbeUiferae). It is a biennial plant cultivated extensively in the Netherlands and Hungary, Denmark, Egypt, and North Africa. The seed is brown and hard, about 0.48 cm long, and is curved and tapered at the ends. It is perhaps the oldest condiment cultivated in Europe. The odor is pleasant and the flavor is aromatic, warm, and somewhat sharp (carvone). Caraway is used in dark bread, potatoes, sauerkraut, kuemmel Hqueurs, cheese, applesauce, and cookies. [Pg.28]

Zeylanicum. The second type of cinnamon is the dried inner bark of the shoots of the tree Cinnamonium lanicum Nees, a moderately sized coppiced evergreen bush of the laurel family cultivated in Sri Lanka. The bark is stripped, roUed into quills, dried, and then shipped in large bundles. The aroma and flavor of the lanicum type, which contains eugenol as well as cinnamic aldehyde, is much milder than the cassia type. [Pg.28]

Cumin Seed. Cumin spice is the dried ripe fmit of Cuminum cyminum L. (UmbeUiferae). The seed-Uke fmit is elongated about 0.31 to 0.63 cm and is yeUowish brown. It is native to upper Egypt and the eastern Mediterranean, but is now cultivated in Pakistan, Turkey, India, China, and Syria. It has a strong pecuhar aroma and flavor, pleasing to some and offensive to others. Cumin seed is used in chutney and curry, chili powders, chili con came, cheeses, and the pickling of cabbage. [Pg.28]

Parsley (Parsley Flakes). The dried leaves of Petroselinum hortense syn. P. crispum (Mill) (UmbeUiferae), are from a hardy biennial, native to the Mediterranean region and now cultivated commercially in the United States and southern Europe. The aroma is green and the flavor is pleasant, characteristic, and nuld. Parsley is used for the seasoning of fish, meats, soups, salads, etc. Parsley seed, the dried ripe fmit of the parsley herb, has an aroma and flavor less pronounced than the leaves. [Pg.29]


See other pages where Cultivate is mentioned: [Pg.408]    [Pg.53]    [Pg.31]    [Pg.767]    [Pg.13]    [Pg.25]    [Pg.140]    [Pg.351]    [Pg.351]    [Pg.351]    [Pg.366]    [Pg.379]    [Pg.539]    [Pg.545]    [Pg.556]    [Pg.119]    [Pg.155]    [Pg.155]    [Pg.340]    [Pg.342]    [Pg.358]    [Pg.24]    [Pg.27]    [Pg.27]    [Pg.28]    [Pg.28]    [Pg.28]    [Pg.28]    [Pg.28]    [Pg.28]    [Pg.28]    [Pg.28]    [Pg.29]    [Pg.29]    [Pg.29]    [Pg.29]    [Pg.29]   
See also in sourсe #XX -- [ Pg.422 ]




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Acetic acid bacteria cultivation media

Algae cultivation

An Overview of Techniques for Mushroom Cultivation

Anaerobes cultivation

Andes: potato cultivation

Animal cells, cultivation

Animals virus cultivation

Arginine cultivation media

Barley cultivation

Basic problems of cultivation

Batch cultivation, bioreactor operations

Batch cultivation, fermentation

Biomass Cultivation

Biomass cultivated

Biomass yield, energy crop cultivation

Biotechnological production cultivation condition

Botany and Cultivation

Cell Cultivations

Cell culture cultivation

Cell cultures virus cultivation

Chemostatic cultivation

China rice cultivation

Chromatography cultivation

Claviceps paspali Cultivation

Claviceps purpurea Cultivation

Co-cultivation

Continuous cultivation, fermentation

Control of weeds by cultivation

Cotton cultivation

Crambe cultivation

Cultivated

Cultivated

Cultivated flax

Cultivated grassland

Cultivated land

Cultivated surface soil

Cultivation

Cultivation

Cultivation Mode

Cultivation and Harvesting of Dinoflagellates

Cultivation and Strain Selection

Cultivation bacteria

Cultivation conditions

Cultivation continuous

Cultivation culture

Cultivation effects

Cultivation ginger

Cultivation human viruses

Cultivation in vitro

Cultivation indoor

Cultivation logistics

Cultivation measures

Cultivation methods

Cultivation of Cannabis

Cultivation of biofilms

Cultivation of cestodes in vitro

Cultivation technique

Cultivation wild harvesting

Cultivation, of macroalgae

Cultivation, viii

Cultivation-time studies

Cultivators

Domestication and systematic cultivation

Dual crop cultivation

Dynamic cultivation

Energy crop cultivation

Energy crop cultivation bioenergy

Energy crop cultivation nutrients

Energy crop cultivation pesticides

Energy crop cultivation processes

Energy crop cultivation sustainability

Energy crop cultivation water

Energy crop cultivation weeds

Energy crop cultivation yield

Ethanol cultivation media

Expanses of water devoted to fish cultivation

Extensive cultivation

Fed-batch cultivation

Field-cultivated regenerated plants

Fructose cultivation media

Fungi cultivation

Glucose cultivation media

Glucose yeast cultivation

Grape cultivar cultivation

Grapes cultivation area

Grapevine cultivation

Growth Cycle for Batch Cultivation

Herbal medicines commercial cultivation

Heterotrophic microalgae, cultivation

High Cell-Density Cultivation

Host cells large-scale cultivation

Indigo cultivation

Influenza virus cultivation

Innovative engineering talent, cultivation

Inter-row cultivators

Jimson weed) Cultivation

Kava cultivation

Kenaf Malaysian Cultivation

Kenaf cultivation

Lactic acid bacteria cultivation media

Large-Scale Cultivation of Microalgae for Fuel

Macroalgae cultivation

Mango cultivation

Manufacture of Recombinant Biopharmaceutical Proteins by Cultivated Mammalian ells in Bioreactors

Marijuana hemp cultivation

Mechanical cultivators

Microalgae cultivation

Microalgae cultivation, utilization

Microalgae mass cultivation

Microbial Cell Cultivations

Microorganisms cultivation

Microorganisms cultivation condition

Mixed culture cultivations

Mixed culture cultivations Natural

Molds cultivation media

Morphine cultivation

Moulds cultivation

Natural rubber cultivation

Nematodes, cultivation

Nicotiana tabacum commercial cultivation

On the Cultivation of Innovative Engineering

On the Cultivation of Innovative Engineering Talent

Organ cultivation

Other Diels-Alder Type Adducts of Cultivated Mulberry Tree

Palm tree cultivation

Pearl cultivation

Perfusion cultivation

Photoautotrophic microalgae, cultivation

Photobioreactor microalgal cultivation

Photosynthetic microorganisms cultivation

Physarum polycephalum cultivation

Plant Cell Cultivations

Poppies cultivation

Ramie cultivation

Recycling and Legume Cultivation

Rotary cultivators

Rubber Cultivation

Saccharomyces cerevisiae batch cultivations

Salix viminalis cultivation

Semi-batch cultivation

Semi-extensive cultivation

Shifting cultivation

Soil cultivation

Solid-state cultivation

Static cultivation

Sustainability of Tropical Cultivation

Sustainable agriculture cultivation methods

Sustainable crop management cultivations

Throughput, High-Intensity Fed-Batch Cultivation

Tillage and cultivations

Tillage cultivators

Tissue Engineering (Organ Cultivation)

Tobacco cultivation, agricultural

Tropical shifting cultivation

Two-stage continuous cultivation

Viruses cultivation

Weed control cultivation

Wheat cultivation history

Yeasts cultivation

Yeasts cultivation media

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