... would add them up: 74 + 111 + 104 + 110 = 39 9 Thus, we would store John with an index of 39 9 Unfortunately, there are several other names that also map to 39 9: Cary, Cody, and Omar, to name a few ... John would be: 74*1 03 + 111*102 + 104*101 + 110*100 = 86250 And the other three names would translate as follows: Cary: 67*1 03 + 97*102 + 114*101 + 121*100 = 77961 Cody: 67*1 03 + 111*102 + 100*101 ... Microsystems Inc 1 .3 Sun Microsystems Inc http://java.sun.com/ 1 .3. 0 Java HotSpot(TM) Client VM Java Virtual Machine Specification Sun Microsystems Inc 1.0 Sun Microsystems Inc 1 .3. 0−C \r\n x86 Windows...
... chemical attractant/repellent e.g Vibrio cholerae Flagellae Important bacterial cell components 3: Pili (Fimbrae) Found on Gram negative bacteria, shorter and finer than flagella Two classes:...
... Chem 272, 233 032 331 1 Filisetti L, Fontecave M & Niviere V (20 03) Mechanism and substrate specicity of the avin reductase ActVB from Streptomyces coelicolor J Biol Chem 278, 296 30 3 FEBS Journal ... Chem 270, 1 733 91 734 3 24 Bryson K, McGufn LJ, Marsden RL, Ward JJ, Sodhi JS & Jones DT (2005) Protein structure prediction servers at University College London Nucleic Acids Res 33 , W36W38 25 Huyer ... dimer passes through the vicinity of the side chains of Pro 13, Ile126, Gln 133 and Ile1 63 The corresponding FEBS Journal 276 (2009) 484048 53 ê 2009 The Authors Journal compilation ê 2009 FEBS N Shibata...
... T, Kopp J, Guex N & Peitsch MC (20 03) SWISS-MODEL: an automated protein homologymodeling server Nucleic Acids Res 31 , 33 81 33 85 FEBS Journal 272 (2005) 35 21 35 30 ª 2005 FEBS ... invertebrate Eur J Biochem 264, 67– 73 33 Fritz-Wolf K, Schnyder T, Wallimann T & Kabsch W (1996) Structure of mitochondrial creatine kinase Nature 38 1, 34 1 34 5 34 Kabsch W & Fritz-Wolf K (1997) ... ORF of 1 239 bp and 5¢ and 3 untranslated regions of 68 bp and 37 3 bp, respectively The ORF codes for a protein containing 412 amino acid residues (Fig 1) with a calculated mass of 46 201 .38 Da...
... Sci U.S.,4 72:2 535 -39 32 Yot, P., Pinck, M., Haenni, A-L., Duranton, H M., Capeville, F 1970 Proc Nat ,4cad Sci USA67: 134 5-49 33 Salomon, R., Littauer, U.Z 1974 Nature 249 :32 -33 33 a Prochiantz, ... constant Y11-R24 in D stem ( 137 ) OneH-bondto furanose ring O GIsN2-S58Ol’ A2|N1-S802’ A ~N1and N6face R explains constant A 8, U33N3-P3602 Explains constant U 33 ¢~ 53N3-P5802 Par tially explains ... Uhlenbeck (31 0) Tyr The results from other tRNAs are broadly similar E coli tRNA (31 0), yeast u (30 9), E coli (299, 30 0, 31 0, 31 1) and yeast tRNA~ (30 1), and yeast ~t tRNAL~ n¢ tRNA (31 2) have...
... length of 160 30 0 nm, 33 6 B Lv et al / Particuology (2008) 33 4 33 9 Fig SEM and TEM images of ␣-Fe2 O3 nanotubes in sample S1 (a and b), Fe3 O4 nanotubes in sample S2 (c and d) and ␥-Fe2 O3 nanotubes ... loop of ␥-Fe2 O3 nanotubes shows ferromagnetic behavior with a Ms of 42.71 emu/g, a Mr of 33 8 B Lv et al / Particuology (2008) 33 4 33 9 Fig M–H loops of Fe3 O4 nanotubes (a) and ␥-Fe2 O3 nanotubes ... in sample S3 (e and f) B Lv et al / Particuology (2008) 33 4 33 9 and outer and inner diameters of 70–120 nm and 45–80 nm, respectively Fig 3( c) and (d) show the morphologies of Fe3 O4 nanotubes...
... mutations of the b5–b7 loop of human HSP22 30 31 32 33 34 35 36 A S Kasakov et al H11) that is expressed in human neuromuscular disorders Arch Biochem Biophys 454, 32 –41 Thompson JD, Higgins DG & Gibson ... and having maximum fluorescence at 33 0 33 2 nm Class II corresponds to Trp at the protein surface in contact with bound water molecules (maximum fluorescence at 34 0– 34 2 nm) Finally, class III corresponds ... fluorescence at 35 0– 35 5 nm) Approximately 44% of Trp residues of HSP22 belong to class I, approximately 18% belong to class II and approximately 38 % belong to class III Point mutations K 137 E or K 137 ,141E...