Function, organizing

Potassium fluoride [7789-23-3], KF, is the most frequently used of the alkaU metal fluorides, although reactivity of the alkaU fluorides is in the order CsF > RbF > KF > NaF > LiF (6). The preference for KF is based on cost and availabiUty traded off against relative reactivity. In its anhydrous form it can be used to convert alkyl haUdes and sulfonyl haUdes to the fluorides. The versatility makes it suitable for halogen exchange in various functional organic compounds like alcohols, acids and esters (7). For example, 2,2-difluoroethanol [359-13-7] can be made as shown in equation 9 and methyl difluoroacetate [433-53 ] as in equation 10. 

The standard requires that changes to documents and data be reviewed and approved bp the same functions/organizations that performed the original review and approval unless specificallp designated otherwise. 

Gavin AC et al (2002) Functional organization of the yeast proteome by systematic analysis of protein complexes. Nature 415 141-147... 

Refs 1) Beil — DADNBU not found DADNPE not found 2) LP. Kuhn A.C. Duckworth, The Preparation of Some New Polyfunctional Organic Azides , BRL Rept No 1607 (1972) also, the following limited distribution Addnl Ref YP. Carignan, Evaluation of Some New Poly functional Organic Azides for Propellant Applications , PATR 4592(1973)... 

Aoyama Y. Functional Organic Zeolite Analogs Top. Curr. Chem. 1998 198 131-161... 

Barabasi A-L, Oltvai ZN. Network biology understanding the cell s functional organization. Nat Rev Genet 2004 5 101-13. 

Staehelin, L.A. and Moore, I. (1995) The plant Golgi apparatus structure, functional organization and trafficking mechanisms. AnnuJiev.Plant PhysioLPlant MolBiol. 46 261-288. 

Hydrozirconation of various alkenylboranes [118-121] and alkenylzinc halides [34] with 1 provides the corresponding 1,1-bimetalloalkanes, which can be selectively converted to functionalized organic compounds [122-125]. Interestingly, alkenylzinc halides (RCH=CHZnX) show remarkable chemoselectivity, and functional groups such as chloride, cyanide, or ester functionality are tolerated [126]. 

Biomaterials are synthetic and naturally occurring materials that are foreign to the body but are used to replace a diseased organ or tissue or augment or assist a partially functioning organ or tissue. Cardiovascular, orthopedic, and dental applications are some of the most common areas in which biomaterials are employed. 

Dyer PW, Reau R (2007) In Muller TJJ, Bunz UHF (eds) Functional organic materials. Wiley-VCH, Weinheim, Chap 4... 

Enzymes have several remarkable catalytic properties such as high catalytic power and high selectivities under mild reaction conditions, as compared with those of chemical catalysts. In the field of organic synthesis, enzymes have often been employed as catalyst functional organic compounds were synthesized by the enzymatic selective reactions [1-5]. 

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