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  • ...different structures, but all of these structures can be divided into two families of mirror-images ([[stereoisomer]]s). Only one set of these isomers exists ...ose sugars, to react non-specifically with the [[amine|amino]] groups of [[protein]]s. This reaction ([[glycation]]) reduces or destroys the function of many
    23 KB (3,050 words) - 16:52, 27 September 2010
  • ...rev.ecolsys.110308.120307}}</ref> It is a complex emulsion consisting of [[protein]]s, [[alkaloid]]s, [[starch]]es, [[sugar]]s, [[Vegetable oil|oil]]s, [[tann In the [[Asclepias|milkweed]] and [[Euphorbiaceae|spurge]] families, on the other hand, the laticiferous system is formed quite differently. Ea
    10 KB (1,416 words) - 10:08, 20 September 2010
  • ...iven protein can change the function, association, or localization of that protein. ...5-0674(92)90035-B }}</ref><ref>{{cite journal | author=Nishizuka Y | title=Protein kinase C and lipid signaling for sustained cellular responses | journal=FAS
    63 KB (9,050 words) - 21:26, 21 September 2010
  • ...[[5-HT3 receptor|5-HT<sub>3</sub> receptors]] that are composed of five [[protein subunit]]s which form a pentameric arrangement around a central pore. There [[Category:Protein families]]
    2 KB (312 words) - 22:11, 21 September 2010
  • These processes can take milliseconds (for ion flux), minutes (for protein- and lipid-mediated kinase cascades), hours, or days (for gene expression). ...ysiol.64.082701.102219}}</ref> and bitter and sweet tastes stimulating [[G protein-coupled receptor|taste receptors]] in the [[taste buds]].<ref name=wong>{{c
    55 KB (7,677 words) - 22:12, 21 September 2010
  • ...l.png|thumb|350px|Schematic diagram of an ion channel. '''1''' - channel [[protein domain|domain]]s (typically four per channel), '''2''' - outer vestibule, ' '''Ion channels''' are pore-forming [[protein]]s that help establish and control the small [[voltage]] [[gradient]] acros
    31 KB (4,177 words) - 22:12, 21 September 2010
  • | OPM protein= 2bg9 | OPM protein=
    17 KB (2,344 words) - 22:12, 21 September 2010
  • ...ilk, into lactic acid. The acid gives filmjölk a sour taste and causes [[protein]]s in the milk, mainly [[casein]], to [[coagulation|coagulate]], thus thick ...riety of filmjölk in Sweden. Prior to the manufacture of filmjölk, many families made filmjölk at home.
    36 KB (4,851 words) - 19:37, 13 October 2010
  • ...'s milk (mostly in the United States and Great Britain) and formulas using protein reduced (hydrolysed) into its component amino acids for infants who are all | title = The Ladies' New Book of Cookery: A Practical System for Private Families in Town and Country.
    68 KB (9,753 words) - 19:37, 13 October 2010
  • ...|sheep]]. It is produced by [[coagulation (milk)|coagulation]] of the milk protein [[casein]]. Typically, the milk is acidified and addition of the enzyme [[r ...e is valued for its portability, long life, and high content of [[fat]], [[protein]], [[calcium]], and [[phosphorus]]. Cheese is more compact and has a longer
    51 KB (7,545 words) - 19:38, 13 October 2010