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Candidate genes for eating disorders also include those involved in mood, personality and responses to stress. Based on the female predominance of eating disorders and the frequent onset around puberty, it has been suggested that an exaggerated sensitivity of the brain to rising oestrogen levels during puberty, which would have an anorectic effect, may be involved in the development of eating disorders. The gene encoding the oestrogen -receptor (ER ) is a candidate gene and the frequency of a variant of this gene was increased in AN cases compared to controls in one association study. This positive association needs to be independently replicated (Rosenkranz et al., 1998). Animal models of eating disorders could provide other plausible candidate genes. There is one spontaneous mouse model of AN, which is caused by a lethal autosomal recessive mutation on mouse chromosome 2 (Son et al., 1994). This anorexia (anx) mutation is associated with marked alterations in many of the known hypothalamic neuropeptides involved in appetite control. The anx/anx mouse is a useful model for exploring the role of the hypothalamus in the regulation of food intake and for identifying new therapeutic targets for AN. The anx gene and its product(s) have not been identi ed so far but elucidation of this gene will aid in furthering the understanding of appetite control. The selective breeding for leanness in agricultural farm animals has uncovered recessive mutations causing syndromes related to AN, for example thin sow syndrome. These syndromes could provide valuable models of AN (Treasure & Owen, 1997).

5.3.3. Summary and evaluation In section 5.3.1, we discussed the fundamental attributes of COs and derived from them the requirements with which an adequate programming abstraction should be able to comply in order to allow an end-user to make a proper and ef cient use of the system. On the basis of the listed requirements, we outlined the characteristics

4 This approach is inspired by an algorithm by [Rebane and Pearl 1987] for learning polytree-structured directed conditional independence graphs, which rst constructs an undirected skeleton and then directs the edges (cf. Section 7.3.2).

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TABLE 3.10.3 Propagation Times in Four Driving Methods for Selected Interconnection Lengths Interconnection Length 1 mm 2 mm 5 mm 1 cm 2 cm 5 cm 10 cm GaAs MESFET (ns) 0.07 0.14 0.41 1.35 4.62 9.6 19.98 Minimum-Size Repeaters (ns) a 1.11 2.14 3.85 7.28 17.55 34.69 Optimum-Size Repeaters (ns) a 0.13 0.23 0.39 0.71 1.67 3.26 Cascaded Drivers (ns) 0.27 0.34 0.62 1.42 4.49 22.3 80.28

Table 1-6

APPLICATIONS AND DIRECTIONS Table 8.1 Application requirements Requirements Coding ef ciency, reliability (over a controlled distribution channel), interlace, low-complexity decoder Coding ef ciency, reliability (over an uncontrolled packet-based network), scalability Coding ef ciency, interlace, low-complexity decoder Coding ef ciency, reliability, low latency, low-complexity encoder and decoder Coding ef ciency, reliability, low latency, low-complexity encoder and decoder, low power consumption Lossless or near-lossless, interlace, ef cient transcoding MPEG-4 Pro les* ASP H.264 Pro les Main

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The above Java code shows the implementation of storage homes and storage objects, including an example for the creation of new persistent C O RBA objects. This creation is delegated to the storage home. The implementation of n e w _ c o n t e x t creates a new naming context. The example also shows how the resolve operation is implemented using the PSSDL Java binding.

Electric Power Planning for Regulated and Deregulated Markets. By Arthur Mazer Copyright 2007 John Wiley & Sons, Inc.

The description of load provided in 2 is incomplete; there is only a brief mention of frequency and voltage requirements, and the characteristics of load in the presence of alternating current are not considered. It turns out that these properties are critical for load requirements and are central to the design and operation of the grid. This section provides a brief overview of these factors. Frequency and Voltage The frequency of a power source is critical for any electronic device that has electronic timing elements. Clocks are an example. Other consumer devices include computers, VCRs, DVD players, video games, and microwave ovens. Additionally, there are a host of industrial machines requiring appropriate frequency input, robotics, assembly lines, and many more. Even devices that run on direct current rst pass electricity through a transformer that converts alternating current to direct current. In the US, converters are designed to convert current with a speci ed frequency of 60 cycles per second. Suf ce it to say that every residential and industrial customer requires that the power system deliver AC power at the correct frequency of 60 cycles per second. Voltage requirements are equally critical; appliances and machines do not operate with insuf cient voltage, and excessive voltage renders many devices permanently inoperable. The transmission system must be operated so as to ensure that power is delivered to customers with the correct frequency and voltage. Real and Reactive Power The power requirements of load are more complicated than indicated in 2. There are two components to power, real and reactive. Each component is important because each component must be balanced by supply. Indeed, bringing load and supply into balance economically, the central concern of the power delivery chain,

where E[VH | ND] is the expected value of the facility at horizon given no default. From this de nition, it is clear that STH > ES and is the promised spread over the risk-free rate.

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