Titlebook: Somatic Hybridization in Crop Improvement II; Toshiyuki Nagata,Y. P. S. Bajaj Book 2001 Springer-Verlag Berlin Heidelberg 2001 Biotechnolo

音乐戏剧

Somatic Hybridization in ,agus are usually raised from seeds and cultivated continuously in the field for 10 years or more. Young stems, known as spears, emerging through the ground, are harvested as the edible part of the plants from spring to autumn in Japan.

免除责任

广大

Cybridization in , Marc. (Satsuma Mandarin) and , (L.) Osbeck (Sweet Orange)y and parthenocarpy (.). In many higher plants, male sterility is caused by nuclear-cytoplasmic interaction (.). In . also, aborted anthers, which are the strongest male-sterihty factor (.), are caused by nuclear-cytoplasmic interaction, and only limited cultivars such as . (satsuma mandarin) have s

比赛用背带

Somatic Hybridization in ,cies for human use in this group are different types of pumpkins, squash and gourds (e.g., . sp. . sp. .), cucumbers and gherkins (. and .), cantaloupes and other types of melon (.), and watermelon (.). Among others, the watermelon is responsible for almost half of both the production and the acreag

Outshine

诽谤

DIKE

Somatic Hybridization Between , Mill. (Tomato) and Wild Nontuberous , Species to frost (.; .; .; .). These species are reproductively isolated (.; .). However, protoplast fusion technique can overcome barriers of sexual incompatibihty (.; .; .; .). Although protoplast cultures of the wild species . and . are of great utility, there are only single studies (.) concerning intr

fixed-joint

阉割

Metamorphosis

Somatic Hybridization Between , Dun. and , L. (Potato)2 and ploidy level ranging from 2. (2.=24) to 6. (2.=72). . subsp. . (2.=4.=48), derived from crossing, chromosome doubling, and diversification of some South-American species, includes the common potato crop, and is adapted to long-day conditions (.; .). Nowadays, the common potato is grown worldwi