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This export-only format is used to translate a FileMaker Pro database into a table that can be published as a page on the Web. Field names become column headings. Each record is a row in the table; each field is a column, and repeating fields are exported as nested tables. After creating an HTML table, you can open the resulting text file in any text editor or word processing program, copy it, and paste it into the source code for your Web page. Figure 16-1 shows the code as it appears when

In 1937, Ernest Vincent Wright published the novel Gadsby [Wright, 1931] in which the most frequent letter in English, E, did not appear. It could not have been a very big seller it could not mention sex, money, murder, greed, or tenure, but it is remarkably coherent. Gadsby begins Youth, throughout all history, had had a champion to stand up for it; to show a doubting world that a child can think; and, possibly, do it practically; you would constantly run across folks today who claim that a child don t know anything . Figure 1.12 compares the letter frequencies of A,B,. . .,Z (upper and lower case) in an early version of this chapter with standard letter probabilities in English and those in Wright s Gadsby. The success of cryptanalysis cannot depend on the striking agreement between the ciphertext statistics and the frequencies of the underlying language, as the above graph illustrates. On the other hand, it is unreasonable to assume that plaintext has been arti cially created to mask the letter frequencies.

The ability to create animations is new to InDesign CS5, as are the Animation and Timing panels used to control animation behavior. ( 35 explains how to create and manage animations.) Note that the animation effects applied in InDesign can be viewed only in Flash SWF files viewed in Adobe Flash Player 10 or later; they are ignored if you export to XHTML, interactive PDF, e-book, or Flash Pro FLA project files.

You can set the value that displays in the Label instance by setting its text property:

In addition to mercury, microorganisms are capable of methylating other metals (Cd, Pb, Sn, Te, Se; Se methylation is discussed in detail below) Additional methylation reactions may occur as a result of nonbiological transmethylation by microbially produced methylated donor compounds such as trimethyl tin These donors may react with ionic forms of palladium, thorium, platinum, and gold, but the resultant reduced metals may not be chemically stable The signi cance of these unusual metal methylation reactions for bioremediation is uncertain As mentioned in 7 (Science and the citizen box), arsenic (As) is a toxic element capable of existing in ve different valence states [As(III), As(0), As(II), As(III), and As(V)] Forms of arsenic range from sul de min erals (eg, As2S3 ) to elemental arsenic to arsenic acid to arsenite (AsO2 ) 3 to arsenate (AsO4 ) to various organic forms that include methylated arsenates and trimethyl arsine.

Clearly, the chemical and microbiological reactions of arsenic are complex Both anionic forms (arsenite and arsenate) are highly soluble and highly toxic interfering with various enzyme functions and oxidative phosphorylation, respectively However, no form of arsenic is nontoxic Microorganisms transform arsenic for three fundamental physiological reasons: (i) under anaerobic conditions, arsenate [As(V)] can be used as a nal electron acceptor; (ii) under aerobic conditions, reduced arsenic (eg, arsenite) has been shown to serve as an electron donor, generating energy (ATP); and (iii) under both anaerobic and aerobic conditions, arsenic can be detoxi ed by methylation, oxidation, or reduction mechanisms that mobilize arsenic away from microbial cells Engineered bioremediation strategies that rely on mobilizing methylated arsenic from water have been implemented All in situ bioremediation strategies for arsenic cleanup need to contend with both the complexities of arsenic microbial transformations and site-speci c geochemical conditions.

Arsenic bioremediation technology is still emerging (Table 86) Although selenium (Se) is an important and bene cial micronutrient for plants, animals, humans, and some microorganisms (largely because of its role in some key amino acids), this element can be toxic at greater than trace concentrations In natural environments, selenium has four 2 predominant inorganic species: Se(VI) (selenate, SeO4 ), Se(IV) (selenite, 2 SeO3 ), Se(0) (elemental selenium), and Se(II) (selenide) Like arsenic, selenium also has many volatile organic forms; these include: dimethyl selenide, dimethyl diselenide, methane selanone, methane selenol, and dimethyl selenyl sul de Each of these compounds exhibits its own chemical and biochemical behavior, mobility, and toxicity The various forms of selenium are transformed by microorganisms according to their physiological needs and the ambient thermodynamic conditions (see Table 86).