... In 1997, the work of Jens Skou devoted to discovery and the study of Na,K-ATPase was culminated in the Nobel Prize. ... Our group works in the collaboration with the University of Montrel, Canada (professor S.N. Orlov), and with the Engelgardt Institute of Molecular Biology, Moscow, Russia (Laboratory of conformational stability of proteins and physical methods of analysis, under the guidance of academician A.A. Makarov). ... S-glutathionylation of the Na,K-ATPase catalytic ? ... Biochemistry (Mosc)...

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• Emerging evidence for a similar role of glutamate receptors in the nervous and
• Generation of recombinant antibodies and means for increasing their affinity.

... For the auto-acceleration regime, the experimental data correspond to the kinetic equation wt = k [ P ] 1/2 t [ IO 4 ] - 1/2 t [TMB]0, where wt is the accumulation rate of the meriquinoid product (P) of TMB oxida- 4 ]t tion and [P]t and [ IO are the concentrations of product P and periodate, respectively, at time t. A radical chain mechanism was proposed; the mechanism explains the experimental kinetic equation and complies with the observed inhibiting effect of metal ions (Zn, Cd) in this reaction....

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• http://analyt.chem.msu.ru/preconcentration/pletnev/papers/ijqc2k3/ijqc2k3p1.pdf
• Conformational Analysis of Boron-Containing Compounds Using Gillespie-Kepert
• The Molecular Mechanic Approach to Coordination Compounds: Force Field Based on

... Each of the nanodisks exhibits both electric and magnetic Mie-type resonances that are shown to affect significantly the nonlinear response. We observe the thirdharmonic radiation intensity that is comparable to that of a bulk silicon slab and demonstrate a pronounced reshaping of the third-harmonic spectra due to interference of the nonlinearly generated waves augmented by an interplay between the electric and the magnetic dipolar resonances. ...

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• http://nanolab.phys.msu.ru/sites/default/files/ol40_1571_2015.pdf
• http://nanolab.phys.msu.ru/sites/default/files/jetplett93_720_2011.pdf
• Ultrafast plasmonics and magnetoplasmonics | Laboratory of Nanophotonics &

The beamer class Manual for version 3.06. \begin{frame} \frametitle{There Is No Largest Prime Number} \framesubtitle{The proof uses \textit{reductio ad absurdum}.} \begin{theorem} There is no largest prime number. \end{theorem} \begin{proof} \begin{enumerate} \item<1-| alert@1> Suppose $p$ were the largest prime number. \item<2-> Let $q$ be the product of the first $p$ numbers. \item<3-> Then $q+1$ is not divisible by any of them. \item<1-> Thus $q+1$ is also prime and greater than $p$.\qedhere

287. Browse Title Index

288. Olympiad