In 1973, the virus spread through Iran and Turkey without any traceable origin (10 ), and in 1983 1985, genetically closely related viruses were found in many Middle Eastern countries, including Armenia, Azerbaijan, Bahrain, Georgia, Greece, Israel, and Lebanon (represented in the Technical Appendix Figure 1 by LEB/83 and GRE/1/84).
A total of 2,261 MTBC isolates circulating in London with known spoligotypes were genotyped by using a defined set of 15 loci (12 MIRU and 3 ETR); all known spoligotyping families were represented in the test population (Technical Appendix).
Eighteen major groups of alleles, which differ by >8% in sequence, are represented in the isolates from the Midwest (Appendix Table).
Where A, B and C are the coefficients of general equation of motion (33) that represented in appendix A. The dimensionless linear fundamental frequency represented as Ω TBM = 1 2 B − B 2 − 4 A C. Open image in new window (34).
The second dimension is correlated with a variation of the spectral centroid with the frequency dimension represented in ERB-rate (see Appendix B for more details).
A porcelain appendix represents calcification in the appendiceal wall, creating an echogenic near wall and distal acoustical shadowing.
The inclusion of negative estimates had little overall effect on these values, as they were exceedingly rare (19 negative values from a total of 114 000 estimates represented by data, given in the Appendices A and B).
Complete lists of the genera and species represented in each reference library are presented in Appendix S6.
A summary of the pharmacokinetic profile of both drugs at different DLs are represented in Tables 4 and 5 and Supplementary Appendix Figure A2.
First year monthly figures as presented in the appendix.
As shown in Appendix, matrix Zm−p representing in (32) the mean square initial state Rm−pon an averaging interval of N points can optimally be estimated by solving the discrete algebraic Riccati equation (DARE) 0 = Z m − p ( Z ~ w + Z ~ v ) − 1 Z m − p + 2 Z m − p + Z ~ w + Z ~ v − Y n − p, m − p Y n − p, m − p T Z Z ~ w + Z ~ v ) − 1 Z m − p, (36).
