Titlebook: High-Tech and Micropropagation V; Y. P. S. Bajaj Book 1997 Springer-Verlag Berlin Heidelberg 1997 Biotechnologie.Flora.Gewebekultur.Pflanz

抗生素

Micropropagation of , (Cole Crops) can be used, including leaves (cabbage, kale), axillary buds (Brussels sprouts), stems (kohlrabi), flower buds (broccoli), and floral primordia (cauliflower). It is a highly polymorphic species, and has over 40 members (Bailey 1976). Table 1 summarizes eight of the most important varieties commonly grown throughout the world.

dilute

Binge-Drinking

Micropropagation of , Crantz (Cassava)1 to 5 m, palmate leaves with 5 to 9 leaf lobes, and it is grown for its starch-containing tuberized roots which are harvested from 6 or more months after planting. In some areas of Africa, it is also grown for its leaves. Besides cassava, the only other . species used commercially is ., as a minor source of rubber.

Cardioversion

Micropropagation of Bamboosover 1250 species in the world (Sharma 1980), which occur mostly in natural vegetation in tropical, subtropical, and temperate regions and are found in great abundance in tropical Asia. Most of them require a warm climate, abundant moisture, and fertile soil. Only a few species can grow in fairly cold weather (below ?20 °C) (Wang and Shen 1987).

Mingle

Micropropagation of , × ,h et al. 1985), Taiwan, and New Guinea (Chou and Ueng 1992), they form the most common perennial grassland communities. They are dominants of the major disclimax communities. An example is the seminatural grassland types in Japan that developed as a result of human intervention, such as burning or mowing (Mutoh et al. 1985).

CLAY

Micropropagation of , (Passionfruit)ell known for its colourful flowers. Most of the . species are indigenous to tropical and South America but about 40 occur in Asia, the South Pacific Islands, Australia and Madagascar (Purseglove 1968).

faculty

無關(guān)緊要

analogous

Micropropagation of Sugarcane (, spp. Hybrid)rt of the evolution of sugarcane (Daniels and Roach 1987). Sugarcane cultivars contain disease resistance and high sugar yielding genes originating from these wild relative species and related genera of sugarcane.

Addictive