Search Results - "ROGOZIN, I I"

Nonstructural p26 proteins encoded by the 3’-proximal genes of velariviruses and criniviruses are orthologs by Rogozin, I. B., Agranovsky, A. A.

“…The 3’-most genes in RNA-2 of the Crinivirus genus members (family Closteroviridae ) code for non-structural p26 proteins that share amino acid sequence…”
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Mutator effects and mutation signatures of editing deaminases produced in bacteria and yeast by Lada, A. G, Frahm Krick, C, Kozmin, S. G, Mayorov, V. I, Karpova, T. S, Rogozin, I. B, Pavlov, Y. I

“…Enzymatic deamination of bases in DNA or RNA leads to an alteration of flow of genetic information. Adenosine deaminases edit RNA (ADARs, TADs). Specialized…”
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Impact of CpG Islands on lncRNA Conservation by Sidorenko, I. A., Rogozin, I. B., Babenko, V. N.

“…The genes for long noncoding RNAs (lncRNAs) are widely represented in mammals, but their functions remain largely unknown. One possible way to study lncRNAs is…”
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Analysis of evolution of exon-intron structure of eukaryotic genes by ROGOZIN, Igor B, SVERDLOV, Alexander V, BABENKO, Vladimir N, KOONIN, Eugene V

“…The availability of multiple, complete eukaryotic genome sequences allows one to address many fundamental evolutionary questions on genome scale. One such…”
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Nitrogen-doped p-type ZnO thin films and ZnO/ZnSe p-n heterojunctions grown on ZnSe substrate by radical beam gettering epitaxy by Rogozin, I.V.

“…We investigate the p-type doping in ZnO prepared by the method of radical beam gettering epitaxy using NO gas as the oxygen source and nitrogen dopant…”
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Evolution of Exons and the Exon–Intron Structure of Long Intergenic Noncoding RNA Genes in Placental Mammals by Sidorenko, I. A., Rogozin, I. B., Babenko, V. N.

“…Long intergenic noncoding RNA (lincRNA) genes are abundant in mammals, but their functions remain elusive. The characteristics of lincRNAs can be studied via…”
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Novel aspects of Kindlin‐3 function in humans based on a new case of leukocyte adhesion deficiency III by MELLER, J., MALININ, N. L., PANIGRAHI, S., KERR, B. A., PATIL, A., MA, Y., VENKATESWARAN, L., ROGOZIN, I. B., MOHANDAS, N., EHLAYEL, M. S., PODREZ, E. A., CHINEN, J., BYZOVA, T. V.

“…Background:  Kindlin‐3 is a novel integrin activator in hematopoietic cells, and its deficiency leads to immune problems and severe bleeding, known as…”
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Retention of duplicated ITAM-containing transmembrane signaling subunits in the tetraploid amphibian species Xenopus laevis by Guselnikov, S.V., Grayfer, L., De Jesús Andino, F., Rogozin, I.B., Robert, J., Taranin, A.V.

“…The ITAM-bearing transmembrane signaling subunits (TSS) are indispensable components of activating leukocyte receptor complexes. The TSS-encoding genes map to…”
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Intron sliding in conserved gene families by Rogozin, Igor B, Lyons-Weiler, James, Koonin, Eugene V

“…Intron sliding (also called intron slippage or migration) can be defined as the relocation of intron-exon boundaries over short distances (1-15 bases) in the…”
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Cloning of human centromeres by transformation‐associated recombination in yeast and generation of functional human artificial chromosomes by Kouprina, N., Ebersole, T., Koriabine, M., Pak, E., Rogozin, I. B., Katoh, M., Oshimura, M., Ogi, K., Peredelchuk, M., Solomon, G., Brown, W., Barrett, J. C., Larionov, V.

“…Human centromeres remain poorly characterized regions of the human genome despite their importance for the maintenance of chromosomes. In part this is due to…”
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Genome Alignment, Evolution of Prokaryotic Genome Organization, and Prediction of Gene Function Using Genomic Context by Wolf, Y. I.

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Domain mobility in proteins: functional and evolutionary implications by Basu, Malay Kumar, Poliakov, Eugenia, Rogozin, Igor B.

“…A substantial fraction of eukaryotic proteins contains multiple domains, some of which show a tendency to occur in diverse domain architectures and can be…”
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Somatic mutation hotspots correlate with DNA polymerase η error spectrum by Kunkel, Thomas A, Rogozin, Igor B, Pavlov, Youri I, Bebenek, Katarzyna, Matsuda, Toshiro

“…Mutational spectra analysis of 15 immunoglobulin genes suggested that consensus motifs RGYW and WA were universal descriptors of somatic hypermutation. Highly…”
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Properties of epitaxial ZnO:P films by Rogozin, I. V., Georgobiani, A. N., Kotlyarevsky, M. B., Demin, V. I.

“…Epitaxial ZnO:P films have been produced by annealing ZnP 2 substrates in atomic oxygen and characterized by X-ray diffraction, atomic force microscopy, Hall…”
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Activation of p-type conduction in ZnO:N films by annealing in atomic oxygen by Rogozin, I. V., Georgobiani, A. N., Kotlyarevsky, M. B., Demin, V. I., Lepnev, L. S.

“…ZnO:N epitaxial films have been grown by reactive magnetron sputtering. The effect of annealing in atomic oxygen on the structural and electrical properties of…”
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Analysis of mitochondrial DNA somatic mutations in OXYS and Wistar strain rats by Rotskaya, U. N, Rogozin, I. B, Vasyunina, E. A, Kolosova, N. G, Malyarchuk, B. A, Nevinsky, G. A, Sinitsyna, O. I

“…Rats of the OXYS strain are sensitive to oxidative stress and serve as a biological model of premature aging. We have compared spectra of somatic mutations in…”
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Photovoltaic effect at spin resonance in quantum magnetic field by Chernyshov, N., Belousov, A., Alkhawaldeh, M., Pisarenko, V., Rogozin, I.

“…Subject and purpose. The article is devoted to the investigation of the photovoltaic effect in n-InSb under optical transitions between the spin subbands of…”
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Mutagenesis by Transient Misalignment in the Human Mitochondrial DNA Control Region by Malyarchuk, B. A., Rogozin, I. B.

“…Summary To study spontaneous base substitutions in human mitochondrial DNA (mtDNA), we reconstructed the mutation spectra of the hypervariable segments I and…”
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Effect of deposition parameters on properties of ITO films prepared by reactive middle frequency pulsed dual magnetron sputtering by Rogozin, A. I., Vinnichenko, M. V., Kolitsch, A., Möller, W.

“…ITO layers with low resistivity and high visible transmittance were produced by means of middle frequency reactive dual magnetron sputtering. The influence of…”
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Connected gene neighborhoods in prokaryotic genomes by Rogozin, Igor B., Makarova, Kira S., Murvai, Janos, Czabarka, Eva, Wolf, Yuri I., Tatusov, Roman L., Szekely, Laszlo A., Koonin, Eugene V.

“…A computational method was developed for delineating connected gene neighborhoods in bacterial and archaeal genomes. These gene neighborhoods are not typically…”
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