References Notes

For reference, note that unit of vacuum measurement is the torr. 

Footnotes Explanations of abbreviations or reference notes for data in the LSE tables are found in the footnotes. Footnote "b" indicates the NOAEL of 3 ppm in key number 18 was used to derive an MRL of 0.005 ppm. 

In this configuration, we Ccui detect any thermal changes that occur in the sample as compared to the reference. Note that if both TC-1 and TC-2 of 7.1.6. are at the same temperature, no EBSF is generated. Actually what we are mecisuring are changes in heat flow as related to Cp (see 7.1.2.). 

For the mechanism of azolide hydrolysis under specific conditions like, for example, in micelles,[24] in the presence of cycloamyloses,[25] or transition metals,[26] see the references noted and the literature cited therein. Thorough investigation of the hydrolysis of azolides is certainly important for studying the reactivity of those compounds in chemical and biochemical systems.[27] On the other hand, from the point of view of synthetic chemistry, interest is centred instead on die potential for chemical transformations e.g., alcoholysis to esters, aminolysis to amides or peptides, acylation of carboxylic acids to anhydrides and of peroxides to peroxycarboxylic acids, as well as certain C-acylations and a variety of other preparative applications. 

PMC = Pseudomembranous colitis. Data were summarized from the references noted in the table. Some articles present disparate data. In general, a minor decrease in flora ... 

Table 5.2 contains data about selected copper enzymes from the references noted. It should be understood that enzymes from different sources—that is, azurin from Alcaligenes denitrificans versus Pseudomonas aeruginosa, fungal versus tree laccase, or arthropodan versus molluscan hemocyanin—will differ from each other to various degrees. Azurins have similar tertiary structures—in contrast to arthropodan and molluscan hemocyanins, whose tertiary and quaternary structures show large deviations. Most copper enzymes contain one type of copper center, but laccase, ascorbate oxidase, and ceruloplasmin contain Type I, Type II, and Type III centers. For a more complete and specific listing of copper enzyme properties, see, for instance, the review article by Solomon et al.4... 

Figure 9.22 Left Mo K-edge EXAFS Fourier transforms of MoS2 and sulfided, carbon supported Mo and Co-Mo catalysts, showing the reduced S and Mo coordination in the first shells around molybdenum in the catalyst (from Bouwens et at. [68]). Right Co K-edge Fourier transforms of the same catalysts and of a Co9S8 reference. Note the presence of a contribution from Mo neighbors in the Fourier transform of the Co-Mo-S phase (from Bouwens et at. [76]).

CaB6, cP7 structural type (a cross-reference note). This compound is an important example of 1 6 stoichiometry and of octahedral structure. Details about this and the high coordination number and application of the Wade rules are in 4.4.4.7. 

Tetrahedrally close-packed phases, Frank-Kasper phases (cross-reference note)... 

Beasley, V. (1997). A systems affected approach to veterinary toxicology. Reference Notes for Toxicology, University of Illinois. 

Footnotes Explanations of abbreviations or reference notes for data in the LSE tables are found in the... 

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