Solar container substances of cuscuta

After simultaneous application of 3H-sucrose and 14C-labelled phloem-mobile amino acids, phytohormones, and xenobiotica to the host, corresponding percentages of the translocated compounds are found in the parasite.. The results of translocation experiments with labelled compounds, phloem-mobile dyes and the virus should be considered as unequivocal evidence for a symplastic transfer of phloem solutes between Cuscuta species and their compatible hosts. This paper is available online free of all access charges. . Abstract: The Cuscuta reflexa is a leaf less parasitic angiosperm belonging to the family Convolvulaceae and it is directly attaches to the host plants through the haustoria. During this investigation we find that the plant is a hemiand holoparasite, living on wood yielding, fruit yield in great. . Abstract:Cuscuta campestris is a holoparasitic plant that depends on the host for water, nutrients, and photosynthetic substances. The purpose of this research was to evaluate the effects of the host species on the content of bioactive and health-promoting substances in the Cuscuta seeds to test. . The Cuscuta genus contains approximately 100 species (Flora Rombniei, 1960) of holoparasitic flowering plants with climbing stems, spread all over the world. Many holoparasitic angiosperms create important damages in crops, orchards and woods. The holoparasitic species are always obligate. . The transfer of substances in the phloem from host to the parasite is not selective. After simultaneous application of 3 H-sucrose and 14 C-labelled phloem-mobile amino acids, phytohormones, and xenobiotica to the host, corresponding percentages of the translocated compounds are found in the. . After simultaneous application of 3H-sucrose and 14C-labelled phloem-mobile amino acids, phytohormones, and xenobiotica to the host, corresponding percentages of the translocated compounds are found in the parasite. An open continuity between the host phloem and the Cuscuta phloem via the.