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First Record of Conotrachelus quadrilineatus Champion, 1904 (Coleoptera: Curculionidae: Molytinae) Damaging Beans in South America. [PDF]
Baron-Ortiz DA +2 more
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Isolation of a fraction enriched in envelope membranes from purified pea etioplasts [PDF]
Akoyunoglou, George +5 more
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The whole-genome map of Astragalus mongholicus provides ideas for the synthesis of glutathione and flavonoid. [PDF]
Yao M +5 more
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Systematic Analysis of Zinc Finger-Homeodomain Transcription Factors (ZF-HDs) in Barley (Hordeum vulgare L.). [PDF]
Liu MD +8 more
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Genome-wide identification and expression analysis Pvrboh genes reveal their potential roles in salt tolerance and calcium signaling. [PDF]
Pan L, Cai L, Lu Y, Peng D.
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Polyploidy in Angiosperms: Dicotyledons
1980As summarized by Goldblatt (1) in the previous article, “Polyploidy in angiosperms: monocotyledons,” recent estimates of polyploid frequency among angiosperms vary from 30–35% to 47%. The highest value is based on the postulation that haploid numbers in excess of n=13 would be mainly polyploid and those with n=13 or less would be predominantly diploid (
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Botanical Gazette, 1957
1. Statistical analysis of available data on the types of endosperm and of vessel perforation in dicotyledonous taxa indicates that (a) Nuclear-type endosperm is positively associated with porous perforation and that (b) Cellular-type endosperm is negatively associated with such perforation. 2. As it has been well established that porous perforation of
B. G. L. Swamy, P. M. Ganapathy
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1. Statistical analysis of available data on the types of endosperm and of vessel perforation in dicotyledonous taxa indicates that (a) Nuclear-type endosperm is positively associated with porous perforation and that (b) Cellular-type endosperm is negatively associated with such perforation. 2. As it has been well established that porous perforation of
B. G. L. Swamy, P. M. Ganapathy
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Adventitious Root Development in Dicotyledons
The plant's root system is comprised of primary, lateral, and adventitious roots (ARs). Lateral roots emerge exclusively from existing roots, whereas ARs originate from stem or leaf-derived cells. The progression of adventitious root development is a natural part of a plant's growth, commonly observed in most monocotyledonous species where they ...Mishra, Priyanka +3 more
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