Specificity extended

Q.1.1 The role (tf this specification is somewhat different from the Stmidardized Electronic Database in the 7th Edition of API Standard 610. The data exchange file outlined in this specification extends beyond die scope of the API Standard 610 data sheets (Appendix B), such that data fields for virtually all pertinent centrifugal pump informaticHi are defined within this specification. This includes data fields that are part of the following ... 

Thus the present study shows that ConA interacts with the trimannosidic core by binding preferentially to the a(1- 6)-linked terminal mannose residue at the primary binding site. Depending on the orientation of the a(l- 6) terminal residue in the primary binding site the a(l- 3) terminal mannose residue interacts either with Tyr 100 or His 205 on the surface of ConA (Figures 3 and 4). This indicates that there is no specific extended binding site... 

Valve trays. Manufacturer literature contains correlations for entrainment flooding (7-9). The three sieve tray correlations above are also applicable to valve trays. Of the three, the author recommends the Kister and Haas (15) correlation because it was specifically extended for valve trays and because it possesses the advantages listed above. When applying this correlation to valve trays, is the fractional hole... 

All the major cell types (epithelial, endothelial, smooth muscle cells, pneumocytes, chondrocytes, fibroblasts) capable of producing connective tissues (e.g. cartilage, basement membrane, parenchymal stroma) are susceptible to oxidative injury in vitro [29- 33], and over the past decade the mechanism(s) of oxidative stress to these cell types has been the focus of intense research. Unfortunately, few of these studies have been specifically extended to examine the biochemical evidence for oxidative injury to connective tissue producing cells in vivo [34], Our most recent work has concentrated on determining the precise biochemical footprints of oxidative injury found within chondrocytes (also colonic epithelial cells) and attempting to correlate the presence or absence of these oxidative-injury markers seen in vitro with inflamed material from animal models and human pathological material. 

Enzymes are generally highly specific this specificity extends to the identity of the substrates that they will transform, to the portion of the substrate molecule... 

In thrombin, the specificity extends far beyond the residue preceding the cleavage site. NMR [4] and X-ray studies [3, 5] revealed that three hydrophobic residues in fibrinogen 2 two, eight and nine residues before the cleavage site, respectively, occupy unique hydrophobic pockets (Fig. 3). These hydrophobic pockets are formed by a unique additional loop Tyr-Pro-Pro-Trp above the active site. 

The administrative requirements related with the prescribed availability of the systems are arguably the most effective way of assuring that the plant protection is available to cope with the operational events. Technical specifications extended to shutdown often define the minimum required operability of specific safety and support systems. This operability is usually lower than required for the full power operation, and depend upon the specific time in an outage. The main use of the configuration control tools, like ORAM is exactly in this area. The ORAM-tool will help assure the minimum needed availability of systems depending on the specific decay heat level and other conditions. 

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