Analysis of trends

Alldredge, B.K., Wachter, R.M. and Bates, D.W. (2007) Drug Withdrawals in the United States A systematic review of the evidence and analysis of trends. Current Drug Safety, 2, 177—185. 

Analysis of trends in transition metal chemical shifts was in most cases attempted by exploring statistical correlations with other observable spectroscopic quantities such as ligand atom chemical shifts or metal-ligand coupling constants... 

National Analysis of Trends in Emergencies System (NATES)... 

In-process assays provide data for the statistical analysis of trends for yield/quality improvement or warnings of potential adverse events. 

In addition to individual company profiles, a thorough analysis of trends in chemicals sectors is provided. This book s job is to help you sort through easy-to-understand summaries of today s trends and technologies in a quick and effective manner. 

Do you have a procedure for handling complaints Does it cover analysis of trends ... 

Government chemical statistics generally can be used to advantage by both large and small manufacturers. They form the base for analysis of trends and survey of markets without such a base, chemical market research would be much more difficult to accomplish and results much more open to question. 

Situation, Part A Detailed Analysis of Trends in and Factors Affecting Cotton Consumption. Part II. Report on Ways and Means of Increasing Consumption of Cotton and of Balancing Productions and Consumption, Washington, D. C., The Secretariat, 1950. Reviewed in J. Textile Inst., Proc., 41, 708-9 (1950). 

Data supplied by CSDD to OTA permitted further analysis of trends in success rates and times from IND to market approval. Figure 6-7 shows the cumulative probability that an IND resulted in an NDA and that an NDA resulted in an approved product within a certain number of months after the first IND was filed. While the success of the IND to NDA submission phase for NCEs improved over successive IND periods, the opposite trend holds once those drug candidates made it to the NDA review phase. Because the CSDD database could track the latest cohort of drugs during NDA review for only 36 months, it is not clear whether the trends observed to date will continue over the remainder of the cohort s experience. 

Eor substances that are not yet defined as priority substances and for which EQS are not finalised, these performance targets cannot be applied. However, the knowledge of the measurement uncertainty and the limit of quantification in relation to predefined targets is important for judging the fitness for purpose of the data (for analysis of trends, comparison of data sets, classification of water bodies for the achievement of good ecological status, for example). 

The lead levels measured in ambient air and dust in Hungary are summarized in Table 10. The hygienic limit values of lead in Hungary are 0.3 pg/m in air and 12.0 mg/m per 30 days in dust (Rudnai and Horvath, 1996). An analysis of trend of lead concentrations in ambient air during 1991-1995 showed significant decreases in ten large cities. In Budapest, for example, the lead concentration in ambient air progressively decreased from the mean value of 1.7 pg/m in 1991 to 0.54 pg/m in 1994 (Violova et al., 1997). 

Shulits, S. (1941). Rational equation of river-bed profile. Trans. AGU 22(3) 622-630. Shulits, S. (1955). Graphical analysis of trend profile of a shortened section of river. Trans. /1GC36(4) 649-654. 

Eisenberg, J. F., 1981, "The Mammalian Radiations, An Analysis of Trends in Evolution, Adaptation, and Behavior," University of Chicago Press, Chicago. 

Environment Canada. 1999. National Analysis of Trends in Emeigency Situations (NATES) Chemical Accidents Reports Database, Hull, QC. 

Environment Canada. 2000. NATES Data Base, National Analysis of Trends in Emergencies Systems, Environment Canada, Ottawa, ON, 2000. 

Cyanide spills in general were tracked using data from National Analysis of Trends in Emergencies Systems (NATES) for 1974 to 1995 (Environment Canada, 2000). This is shown in Eig. 39.3 and includes spills of cyanide leachates, sodium cyanide, cyanide not otherwise specified (nos), and cyanide/copper tailings. As can be seen in Fig. 39.4, cyanide nos is the largest of the spills and may contain any cations with cyanide or the cyanide ion itself. 

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