... Handbook ofFaceRecognition Stan Z Li Anil K Jain Editors Handbook ofFaceRecognition With 210 Illustrations Stan Z Li Center for Biometrics Research and Testing & National Lab of Pattern Recognition ... advances offered by state-ofthe-art technologies for face recognition, as well as the limitations of these technologies Chapter 15 offers psychological and neural perspectives suggesting how facerecognition ... 19(7):711–720, July 1997 M Bichsel and A P Pentland Human facerecognitionand the face image set’s topology CVGIP: Image Understanding, 59:254–261, 1994 R Brunelli and T Poggio Face recognition: Features...
... m, and average is 2.3 m Water depth changes around 0.4 m (up and down) by various reasons This plant was floated and fixed at the center of the raft Lake water was - 234 - Journal of Water and ... measured in each point by standard methods [6] Pore size is 1µm In this paper, SS, transparency and COD at the outlet of plant and the outside of experimental area will be reported and discussed Experimental ... pilot plant The height of this plant is 1.5 m and diameter is 0.5 m A 1000-ton of closed water body and a raft of 20×20 m2 were prepared at Tokiwako Lake The maximum water depth of experimental area...
... amplification of FPPS and eAS For fusions of FPPS and eAS a number of DNA fragments were prepared by PCR amplification using the same conditions as above Two sets of primers (P6/P2 and P1/ P5) were ... FEBS 2002 Fusions of FPPS and epi-aristolochene synthase (Eur J Biochem 269) 3575 Fig Time course for formation of FPP and epi-aristolochene from IPP and GPP as function of the amount of purified ... formation of squalene from two molecules of FPP, is observed Obviously, a shift in flow of metabolites, i.e FPP, is achieved by these changes of enzyme activities and the conversion of FPP to...
... handling all the variables is often the most difficult part and the one most readily ignored by a designer A designer crippled by an inability to handle large amounts of variables will ultimately ... methodology for handling the large amount of variables, a design ultimately resorts to guesswork no matter how much the designer physically understands the system The final step of handling all the ... time and circuit length One of the most difficult aspects of high-speed design is the fact that there are a large number codependent variables that affect the outcome of a digital design Some of...
... 5¢-phosphate of the nick and backwards in the 5¢-direction of the nicked strand Fig Illustration of the proposed mechanism of dynamic nick recognitionby DNA ligase Positioning of the reacting ... Illustration of the proposed mechanism of dynamic nick recognitionby DNA ligase (Left) binding of the dsDNA (Right) binding of the nicked dsDNA B-form DNA is colored yellow, A-DNA is blue and the ... moiety of the nick [19,25] Two of them, Lys238 and Lys240 of T7 DNA ligase (Lys188 and to a lesser extent Lys186 of Chlorella virus DNA ligase) were shown to be essential for the transadenylation and...
... protein) of YYY49 and YYT42 contained approximately and ng of hHSF2, and those of YYT50 and YYT17 contained approximately 0.01 and 0.1 ng of hHSF4, as judged by the intensity of each band (C) ... HSP78, and KAR2), 3P-type HSE (APA1, HSP10, and SSA2), gap-type HSE (CPR6, CUP1, and HSP82), step-type HSE (FSH1, SGT2, and SSA3), and atypical HSE consisting of directly repeating nGAAn units and ... transcription of genes containing continuous HSEs Expression of HSE–SV40p–LUC reporter genes by hHSF–VP16 fusion proteins The activation potential of hHSF2 is significantly lower than that of hHSF1 [32], and...
... understanding of the importance of Asn130 in substrate binding andrecognitionby arginase I, this residue was changed to aspartate by sitedirected mutagenesis, and the kinetic consequences of the ... inhibitor of agmatine and arginine hydrolysis by the N130D variant, with Ki values of 1.3 ± 0.2 mm and 1.5 ± 0.1 mm, respectively The Table Kinetic properties of the wild-type and N130D variants of ... Agmatinase activity of the N130D mutant arginase I Fig Inhibition of wild-type and N130D variants of human arginase I by agmatine (A) and putrescine (B) The arginine concentration was mM and the assays...
... The top and bottom strand of the pairs of oligonucleotides in Fig 1(B) are designated ‘top’ and ‘bottom’, respectively, throughout The boldface letter in the top strand of the duplexes indicates ... by transplatin and incubated with p53 In accordance with the results published earlier [13], no reduction of the intensity of the band corres- DNA recognitionby p53 protein A B Fig Binding of ... prepare easily and precisely the samples of DNA modified by the platinum complex at a preselected value of rb The samples of DNA modified by new platinum compound and analyzed further by biophysical...
... cells, as the Mr of IgA and SC are 160 and 80 kDa, respectively Fusionof single transfectants to achieve SIgA-producing clones The first fusionof IgA-producing cells (IgA-29) and J chainproducing ... expression levels of both SC and IgA (A) and the Mr of SC (80 kDa) and IgA (160 kDa) complexing of IgA and J-chain is a prerequisite for SC binding Therefore, the correlation between the IgA and SC levels ... after the fusion Clones were selected and analysed as described below Detection of IgA, pIgA, and SIgA expression and bound SC Transfected and fused CHO-K1 cells were analysed for production of IgA,...