... method. Differences between test and comparison methods were estimated at 2.5, 4.0, and 10.0 ng/mL (2.5, 4.0, and 10.0 µg/L) for tPSA and 15%, 20%, and 25% for percentage of fPSA. Relative differences ... total PSA level between 4 ng/ml and 10 ng/ml. A PSA level of 4 to 10 ng/ml is considered slightly elevated levels between 10 and 20 ng/ml are considered moderately elevated; and anything above ... diagnosis and treatment of any and all medical conditions.I add a link with details of this subjecthttp://www.labtestsonline.org.uk/ understanding/analytes/psa/test.htmlIntermethod Differences...
... Inequalities and Applications, vol. 2010, Article ID 905679, 6 pages, 2010.4 Y M. Chu and B Y. Long, “Best possible inequalities between generalized logarithmic mean and classical means,” Abstract and ... inequalities betweenpower mean and logarithmicmean,” Computers & Mathematics with Applications., vol. 60, no. 1, pp. 83–89, 2010.8 X M. Zhang, B Y. Xi, and Y M. Chu, “A new method to prove and ... CorporationJournal of Inequalities and ApplicationsVolume 2010, Article ID 146945, 11 pagesdoi:10.1155/2010/146945Research ArticleAn Optimal Double Inequality between Power- Type Heron and Seiffert MeansYu-Ming...
... to the free energy signal x.The best-fit values of C1 and C2,denotedbyC1 and C2,respectively, can be used to estimate the magnitude and phaseof the signal using (11 )and( 12). It can ... com-plementarity between the 16S rRNA tail and the mRNA se-quence window. Using this model, it is clear that a periodicsignal is encoded in the free energy variation. Standard signalprocessing and statistical ... opportunity for hybridization between the single-stranded, 3-terminal nucleotides of the 16S rRNA and the spatially accessible window of mRNA sequence, from which a free energy value can be calculated....
... SOLUTIONS OF FIRST-ORDER DIFFERENCE EQUATIONS LYING BETWEEN LOWER AND UPPER SOLUTIONSALBERTO CABADA, VICTORIA OTERO-ESPINAR, AND DOLORES RODR´IGUEZ-VIVEROReceived 8 January 2004 and in revised form ... is partially supported by DGI and FEDER Project BFM2001-3884-C02-01, and by Xunta de Galicia and FEDER Project PGIDIT020XIC20703PN, Spain.References[1] A. Cabada and V. Otero-Espinar, Optimal ... 45–57.[4] E.N.Dancer,Upper and lower stability and index theory for positive mappings and applications,Nonlinear Anal. 17 (1991), no. 3, 205–217.[5] E.N.DancerandP.Hess,Stability of fixed points...
... Measurements and High -Energy Physics 20represent the SMF’s output facet position with respect to the optical axis (X = Y = 0), and Z represents the distance between the SMF’s output facet and ... Photodiodes – Communications, Bio-Sensings, Measurements and High -Energy Physics 30 Fig. 3. Structures of (a) standard UTC-PD module, and (b) non-magnetic UTC-PD module using fiber lens ... are useful for interfacing between low-temperature and room-temperature electronics. Superconducting devices and circuits are attractive for high-speed, low -power, and quantum mechanical operations....
... clinical, physiologic and laboratory data for the pre- and intra-operative periodswere summarized as means (± SD) or medians (intra-quartile ranges [IQR]), and numbers or proportions and compared using ... limitedour statistical powerand precluded us from detectingpotentially meaningful differences in clinical outcomes,such as duration of mechanical ventilation, duration ofICUstayandneedforRRT.Asaforementioned,thiswas ... t-tests and chi-square tests, as ap propriate. In the event of missing datavalues, data were not replaced or estimated. We evalu-ated delta MAP and CPB flow both as continuous vari-ables and...
... light, and Sed, Smd, and Seqare the line strengths for electric dipole,magnetic dipole, and electric quadrupole transi-tions.The relationship between the lifetime τ of astate and the ... ground state and n photons in the field and the atom is in theexcited state and n photons in the field. As de-picted in the figure, the total energy of thesestates is given by n¯hω and ¯hω0+ ... distribution, T is theequilibriumtemperature oftheatoms, andm and M are their atomic and molar masses, respec-tively. k and R are the Boltzmann constant and general gas constant, respectively.However,...
... <(E−<E>)2 >=kBT 2Cv. energy gap The energy range between thebottom of the conduction band and the top ofthe valence band in a solid. energy level The discrete eigenstates of ... if it depends only on the difference between the values of a function F between two closely spaced points and not onthe path between them.exchange energy Part of the energy of asystem of many ... per-unit-volumebasis, is the energy associated with the observable fluid motion. In-ternal energy, means the energy associated withthe random translational and internal motions ofthe molecules and their interactions....
... shift (1) Energydifference between, e.g., the 2P1/2 and the 2S1/2levels in the spec-trum of hydrogen. The difference, discoveredby W.E. Lamb and R.C. Retherford in 1947, is4.4×10−6eVand isdue ... ina flow field.kinetic energy A form of energy associatedwith motion. Every moving particle has kinetic energy. The kinetic energy of a non-relativisticparticle with mass m and speed v is equal ... in1947 and Kohn and Rostoker in 1954 for cal-culating energy bands in solids by formulatingthe problem as a scattering problem. Korringaused the scattering matrix method while Kohn and Rostoker...