Titlebook: Cell and Developmental Biology of Arabinogalactan-Proteins; Eugene A. Nothnagel,Antony Bacic,Adrienne E. Clark Book 2000 Springer Science+

GLADE

蕨类

Nanocrystals of indirect-gap materials,ns (AGPs) will be analyzed. In making this analysis, use has been made of citations in reviews (., ., ., ., ., ., .., ., .). These were analyzed by a bibliographical system (.) based on the citation index that enabled key events, their chronology and relationships in the evolution of the AGP story t

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CLEAR

https://doi.org/10.1057/978-1-137-46984-765–98% carbohydrate covalently linked to a protein backbone. The AGPs belong to the Hyp-rich glycoprotein (HRGP) family of proteins, which includes extensins, Pro-rich proteins, some nodulins and solanaceous lectins. The AGPs are present in all tissues and are likely components of cell-cell signalin

compel

The Politics of Public-Private Cooperation,orted (., .). In view of this recent molecular data, the criteria previously used to define an AGP (a Hyp/Pro, Ala and Ser rich core polypeptide; possession of an arabinogalactan Type II glycan moiety attached to the core protein; and binding to β-glucosyl Yariv reagent) needed to be amended to take

terazosin

Nick Kelly,Marc Clarà,Patrick Alan DanaherO erythrocytes by eel anti-H sera in the polysaccharides from radish and turnip leaves. This finding prompted us to isolate and characterize L-fuc-osylated (L-Fuc) AGPs (F-AGPs) from leaves of radish, turnip, and rape (.). The F-AGPs were purified from hot phosphate-buffered saline (PBS) extracts of

instructive

d-limonene

Flora Lu,Gabriela Valdivia,Néstor L. Silvaof these proteoglycans (., ., .). Although the widespread occurrence of AGPs within the plant kingdom implies that these macromolecules may have important functions, the precise identities of these functions remain uncertain. Several lines of evidence suggest, however, that these functions may be in

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fledged

Flora Lu,Gabriela Valdivia,Néstor L. Silva, our understanding of the molecular mechanisms of cell-to-cell interactions within a developing plant organ is limited. The occurrence of the structurally complex class of arabinogalactan-protein (AGP) proteoglycans at the surface of all plant cells has led to much speculation on their function(s)