نتایج جستجو برای: isoelectric point

تعداد نتایج: 527507  

2017
Sajid Nazir Scott Newey R. Justin Irvine Fabio Verdicchio Paul Davidson Gorry Fairhurst René van der Wal

The widespread availability of relatively cheap, reliable and easy to use digital camera traps has led to their extensive use for wildlife research, monitoring and public outreach. Users of these units are, however, often frustrated by the limited options for controlling camera functions, the generation of large numbers of images, and the lack of flexibility to suit different research environme...

Journal: :The journal of physical chemistry. B 2007
Aleksandr V Mikhonin Sanford A Asher Sergei V Bykov Adrian Murza

We used UV resonance Raman (UVRR) to examine the spatial dependence of the T-jump secondary structure relaxation of an isotopically labeled 21-residue mainly Ala peptide, AdP. The AdP penultimate Ala residues were perdeuterated, leaving the central residues hydrogenated, to allow separate monitoring of melting of the middle versus the end peptide bonds. For 5 to 30 degrees C T-jumps, the centra...

Journal: :Journal of the American Chemical Society 2010
Darius Abramavicius Jun Jiang Benjamin M Bulheller Jonathan D Hirst Shaul Mukamel

Amide n-pi* and pi-pi* excitations around 200 nm are prominent spectroscopic signatures of the protein backbone, which are routinely used in ultraviolet (UV) circular dichroism for structure characterization. Recently developed ultrafast laser sources may be used to extend these studies to two dimensions. We apply a new algorithm for modeling protein electronic transitions to simulate two-dimen...

2008
Jerzy Matczuk

Necessary and sufficient conditions for an Ore extension S = R[x;σ, δ] to be a PI ring are given in the case σ is an injective endomorphism of a semiprime ring R satisfying the ACC on annihilators. Also, for an arbitrary endomorphism τ of R, a characterization of Ore extensions R[x; τ ] which are PI rings is given, provided the coefficient ring R is noetherian.

2011
Alberto Leva Marco Bonvini

Autotuning methods are typically conceived as procedures, thus need simulating as digital blocks. However, when no autotuning is in progress, it is far more efficient to represent the tuned controller as a continuous-time system, to exploit variable-step integration. This manuscript presents the first nucleus of a Modelica library of autotuning controllers, where the problem just mentioned is t...

Journal: :Infection and immunity 1977
R W Worthington M S Mülders

Enzymatic activation of Clostridium perfringens epsilon prototoxin removed a small basic part of the molecule, causing a slight change in molecular weight (32,700 to 31,200) and a large change in isoelectric point (from pH 8.02 into fractions of 5.36 and 5.74).

Journal: :The Journal of biological chemistry 1971
J I Salach P Turini R Seng J Hauber T P Singer

A combination of narrow range isoelectric focusing, electrophoresis on polyacrylamide gel, and gel exclusion on Sephadex reveals the presence of at least 9, possibly 11 isoenzymes of phospholipase A in Naja naja (cobra) venom. Their isoelectric points range from pH 4.60 to 5.66 and their molecular weights from 8,500 to 20,200. The most abundant form (isoelectric point = pH 4.95) has been isolat...

Journal: :The journal of physical chemistry. A 2009
Roland Mitrić Ute Werner Matthias Wohlgemuth Gotthard Seifert Vlasta Bonacić-Koutecký

A nonadiabatic molecular dynamics is implemented in the framework of the time-dependent density functional tight binding method (TDDFTB) combined with Tully's stochastic surface hopping algorithm. The applicability of our method to complex molecular systems is illustrated on the example of the ultrafast excited state dynamics of microsolvated adenine. Our results demonstrate that in the presenc...

2009
T. Aaltonen J. Adelman T. Akimoto B. Álvarez González S. Amerio D. Amidei A. Anastassov A. Annovi J. Antos G. Apollinari A. Apresyan T. Arisawa A. Artikov W. Ashmanskas A. Attal A. Aurisano F. Azfar W. Badgett A. Barbaro-Galtieri V. E. Barnes B. A. Barnett P. Barria P. Bartos V. Bartsch G. Bauer P.-H. Beauchemin F. Bedeschi D. Beecher S. Behari G. Bellettini J. Bellinger D. Benjamin A. Beretvas J. Beringer A. Bhatti M. Binkley D. Bisello I. Bizjak R. E. Blair C. Blocker B. Blumenfeld A. Bocci A. Bodek V. Boisvert G. Bolla D. Bortoletto J. Boudreau A. Boveia B. Brau A. Bridgeman L. Brigliadori C. Bromberg E. Brubaker J. Budagov H. S. Budd S. Budd S. Burke K. Burkett G. Busetto P. Bussey A. Buzatu K. L. Byrum S. Cabrera C. Calancha M. Campanelli M. Campbell F. Canelli A. Canepa B. Carls D. Carlsmith R. Carosi S. Carrillo S. Carron B. Casal M. Casarsa A. Castro P. Catastini D. Cauz V. Cavaliere M. Cavalli-Sforza A. Cerri L. Cerrito S. H. Chang Y. C. Chen M. Chertok G. Chiarelli G. Chlachidze F. Chlebana K. Cho D. Chokheli J. P. Chou G. Choudalakis S. H. Chuang K. Chung W. H. Chung Y. S. Chung T. Chwalek C. I. Ciobanu M. A. Ciocci A. Clark D. Clark G. Compostella M. E. Convery J. Conway M. Cordelli G. Cortiana C. A. Cox D. J. Cox F. Crescioli C. Cuenca Almenar J. Cuevas R. Culbertson J. C. Cully D. Dagenhart M. Datta T. Davies P. de Barbaro S. De Cecco A. Deisher G. De Lorenzo M. Dell’Orso C. Deluca L. Demortier J. Deng M. Deninno P. F. Derwent A. Di Canto G. P. di Giovanni C. Dionisi B. Di Ruzza J. R. Dittmann M. D’Onofrio S. Donati P. Dong J. Donini T. Dorigo S. Dube J. Efron A. Elagin R. Erbacher D. Errede S. Errede R. Eusebi H. C. Fang S. Farrington W. T. Fedorko R. G. Feild M. Feindt J. P. Fernandez J. C. Freeman I. Furic M. Gallinaro J. Galyardt F. Garberson J. E. Garcia A. F. Garfinkel P. Garosi K. Genser H. Gerberich D. Gerdes A. Gessler S. Giagu V. Giakoumopoulou P. Giannetti

Citation CDF Collaboration et al. " Precision Measurement of the X(3872) Mass in J/ psi pi + pi-Decays. Article is made available in accordance with the publisher's policy and may be subject to US copyright law. Please refer to the publisher's site for terms of use. The MIT Faculty has made this article openly available. Please share how this access benefits you. Your story matters.

2012
Roger Koenker

this corresponds to the logistic df. The transformation may be seen to induce a certain degree of heteroscedasticity into the model. Suppose each observation p̂i is based on a moderately large sample of ni observations with p̂i → pi. We may then use the δ-method to compute the variability of logit(p̂i), V (g(p̂i)) = (g (pi)) V (p̂i) g(p) = log(p/(1− p)) g′(p) = 1− p p · d dp ( p 1− p ) = 1 p(1− p)

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