Schemes launched by narendar modi

... hydrolase activity Photox targets all actin isoforms and like other toxins it modifies Arg177 and does not accept polymerized actin as substrate [68] Actin as target for toxin modification Aeromonas ... Arg–ADP-ribose bond in actin, which was catalyzed by C2 toxin, was cleaved by hydroxylamine, this was not the case for the ADP-ribose bond to actin catalyzed by TccC3 Mass spectrometric analysis ... interaction with actin molecules is the basis for the rearrangement of the actin cytoskeleton by bacterial effectors like Salmonella invasion protein A (SipA) and C (SipC) Whereas SipA decreases the...

... expressed GAF domains, e.g the cyclic nucleotidebinding affinities of PDE2 and )5 GAF domains However, we were able to determine additional GAF domain properties because of the dissociation of the allosteric ... regulating the cGMP affinity of the PDE11A4 tandem GAF domain and thus allosterically affect PDE11 activity The role of the N-terminus of the PDE11A4 GAF tandem domain The N-termini that precede the ... because of the low cGMP affinity of the PDE11A4 GAF domains [12] Here, we explored whether the PDE11A4 N-terminus is involved in modulating cGMP affinity We generated a panel of nine N-terminally...

... aspects of DNA modification by trans-PtHMP and how this modification affects recognition by tumor suppressor protein p53 of the consensus nucleotide sequence to which this protein specifically binds p53 ... (2003) DNA binding by antitumor trans-[PtCl2(NH3)(thiazole)]: protein recognition and nucleotide excision repair of monofunctional adducts Biochemistry 42, 792–800 DNA recognition by p53 protein ... the p53 pathway in some tumor cells via the ability of its DNA adducts to reduce the binding affinity of the p53 protein to its consensus DNA sequence [13] Similarly, DNA adducts of the new antitumor...

... MMOH/MMOB/catalase system was investigated by enclosing the electrode assembly in a PVC chamber in which a : oxygen /methane atmosphere was maintained Detection of the products of substrate oxygenation by ... MMOH activation by catalase and oxygen MMOH was adsorbed onto the electrode as shown in Fig and then cycled from to )0.6 V at mVÆs)1 The arrow shows the effect of increasing catalase concentrations ... using a potentiostat/galvanostat PGSTAT12 (Autolab) controlled by a Dell GX110MT computer fitted with GPES software The surface of the 4-mm diameter gold electrode (Oxford Electrodes) was modified by...

... that Atg8L-II was fractionated in the pellet These results indicate that Atg8L is a substrate of Atg4B, Atg7, and Atg3, and that Atg8L is the authentic fourth modifier in the mammalian Atg8 conjugation ... Atg8L is a substrate of reactions mediated by human Atg4B, Atg7, and Atg3 We found that the C-terminus of Atg8L is post-translationally cleaved and that the Gly116 in Atg8L is essential for this ... suggest that Atg8L may also be a substrate of mammalian Atg7 and Atg3 Therefore, we examined whether Atg8L is a substrate of these three enzymes involved in mammalian Atg8 conjugation Results The C-terminus...

... glucose and two aldehydes (MG and GA) in inducing lipid and protein oxidation and antioxidant depletion of LDL particles as well as glycation of the apoB protein by measuring specific parameters of ... course, and extent of the covalent and oxidative changes that occur on LDL particles exposed to glucose, GA, and MG have been quantified in order to determine the significance of glycation and glycoxidation ... accumulation of this oxidation product is unaffected by the level of hyperglycaemia The absence of any effect of glucose on Cu2+-stimulated oxidation is, however, in Ó FEBS 2003 Glycation and glycoxidation...

... {1 1" 20 }and {1 0" 14}-specific coalescence of the nanoparticles The formation of {1 1" and {1 0" surfaces of calcite was 20} 14} apparently affected by the MWT In fact, the cation–anion mixed {1 1" surface ... molecular dynamics simulation results of calcite {1 0" 14} surface in contact with water [33] and 123 1988 Fig Schematic drawings of (a) {1 1" and (b) {1 0" surfaces in 20} 14} unrelaxed state for ... with cation–anion mixed {1 1" 20} " surfaces by the present MWT process were and {1014} able to coalesce Hydrolysis or hydrogen-bonding interaction on {1 1" and {1 0" surfaces could help align cal20}...

... combat the frequency selectivity of the wireless multipath fading channel [3, 4] In wireless fading channel, since the envelope and phase of signal vary in time and frequency domain, channel estimation ... above are used for channel estimation and frequency offset estimation scheme (7) Short training and long training symbols in time are obtained by IFFT operation of the frequency domain sequences of ... estimation, timing synchronization, and long training symbols are used for channel estimation and fine frequency offset estimation CHANNEL MODEL The channel model used in this paper is the frequencyselective...

... method of low-energy electron irradiation has been developed in our laboratory for surface energy modification of solid-state materials of different origins [13, 20] The key principle of the method ... level of electron incident charge and the other is formation of ultrathin organic film, which was observed for high -electron doses [21] In this paper, we apply the method of low-energy electron ... differ by their viscosity, surface tension, polar and dispersive components, etc that allow studying the effect of surface modification of nanomaterials using quantitative analyses of wettability...

... correlates with the composition of the generated cations In this study, the effect of gas composition on the functionalization process is investigated, by providing various H2/O2 gas mixtures to ... most effective gas mixture to graft oxygen-containing functional groups and remove the amorphous carbon on the surface of the nanotubes Specifically, by using this gas condition to conduct the plasma ... increase the concentration of oxygenated functional groups whilst also reducing the concentration of amorphous carbon On the other hand, treatment with pure O2 gas (with the exception of increasing...

... projections on subsets of Banach spaces,” Pacific Journal of Mathematics, vol 47, pp 341–355, 1973 C Byrne, “A unified treatment of some iterative algorithms in signal processing and image reconstruction,” ... J f1 − f2 weak limit points of {xn } Lemma 2.9 the demiclosedness principle of nonexpansive mappings 13 Let T be a nonexpansive selfmapping of a closed convex subset of E of a uniformly convex ... space,” Proceedings of the National Academy of Sciences of the United States of America, vol 54, pp 1041–1044, 1965 14 C Moore, “A double-sequence iteration process for fixed points of continuous pseudocontractions,”...

... SVM using modified geodesic distance proposed in this paper with the SVM using unmodified geodesic distance Here, the unmodified geodesic distance means the geodesic distance implemented by Tenenbaum ... task is to find geodesic distance of an additional instance xt ∈ Rnl relative to the points in Xl Modified Kernel Functions by Geodesic Distance 2519 Let Gl be the matrix of estimated geodesic distances ... lying near the class boundaries We use linear kernels for SVM, nonlinear kernels may also be used 4.1 Geodesic distance for kernel functions Kernel functions are used in SVM A possible interpretation...