radicle
1.Coleorhiza (pl. coleorhizae) The protective sheath surrounding the radicle in grasses.
2.STUDIES ON ULTRASTRUCTURAL CHANGES OF RADICLE-TIP CELLS OF CHINESE CHESTNUT(Castanea mollissime Blume) SEED DURING DEHYDRATION
3.THE PRELIMINARY STUDY OF ULTRA-HISTOCHEMISTRY OF HISTONE OF THE OVULE OF BEGONIA SEMPERFLORENS AND THE RADICLE OF GINKGO BILOBA
4.For example, in the development of the plant embryo from the zygote, one end becomes the radicle, the other gives rise to cotyledons.
5.Effects of fomesafen on the germination of dayflower seeds were study Results showed that fomesafen significantly inhabited the germination of dayflower seeds With the increase of concentration ,the germination,the length of the radicle and the length of the plantule significantly decreased The ED 50 of the germination rate,the length of the radicle and the length of the plantule was 13 4,15 91 and 27 41mg/kg,respectively The inhibition was more significant on radicle than on plantule
6.Results of study on the influence of C~(6+) ions with 46. 6 Mev/amu on types and frequencies of chromosomal aberration in radicle cells of 4kinds of plants were presented in the paper.
7.Genetic effects of 46.6 MeV/amu C~(6+) ions on 4 kinds of plant seedswas studied at HIRFL in Institute of Modern Physics, Academia Sinica. Theresults showed that there was obvious inhibition to germination abilityand growing by heavy ions, chromosome aberrations in radicle cells appearedin many types and their frequencies were all higher than those of control. Meanwhile, the differences of radiation sensitivity among the 4 kinds ofplant were found.
8.A regeneration system of tissue culture in vitro using stem with bud and radicle as explant was established on Dioscorea nipponica Makino and experiment with polydesign, The main results can be summarized as follows: 1. Inducement of callus: The explant treated with 4℃can enhance the frequency of Inducement of callus, which can be improved from 9%-13% compared with CK.
