Search Results - "Grineva, N I"

Binding Features of BCL2-Targeted Oligodeoxynucleotides with K562 Cells by Timofeev, A. M., Borovkova, T. V., Akhlynina, T. V., Nydenova, N. M., Grineva, N. I.

“…Delivery of various oligodeoxynucleotides into cells is mediated by binding to certain surface proteins followed by receptor-mediated endocytosis. Moreover,…”
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Apoptosis and neutrophils on the regulation of proliferation and differentiation ex vifo of myeloid cells with Ph-chromosome by Grineva, N I, Akhlynina, T V, Timofeev, A M, Gerasimova, L P, Shmarov, D A, Naĭdenova, N M, Manakova, T E, Sarycheva, T G, Kovaleva, L G

“…Human myeloid cells with Ph chromosome (Ph+ cells) from chronic myeloid leukemia (CML) in the course of proliferation and differentiation ex vivo are regulated…”
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Apoptosis and neutrophils in the regulation of Ph-positive myeloid cell proliferation and differentiation ex vivo by Grineva, N. I., Akhlynina, T. V., Timofeev, A. M., Gerasimova, L. P., Schmarov, D. A., Nydenova, N. M., Manakova, T. E., Sarycheva, T. G., Kovaleva, L. G.

“…Ex vivo proliferation and differentiation of Philadelphia chromosome-positive (Ph + ) human myeloid cells (Ph+ cells) from chronic myeloid leukemia (CML)…”
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Binding and transfer of an oligodeoxynucleotide containing the translation initiation site of the BCL2 mRNA into K562 cells by Timofeev, A. M., Borovkova, T. V., Nydenova, N. M., Akhlynina, T. V., Shmarov, D. A., Grineva, N. I.

“…A study was conducted of the interaction of an octadecameric oligodeoxynucleotide (dON) containing the BCL2 mRNA translation start with K562 cells. Both in…”
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Gene Expression upon Proliferation and Differentiation of Hematopoietic Cells with Ph Chromosome ex vivo by Grineva, N I, Duchovenskay, E A, Timofeev, A M, Akhlynina, T V, Gerasimova, L P, Borovkova, T V, Schmarov, D A, Sarycheva, N G, Naydenova, N M, Gavrichkova, A R, Kolosova, L Y, Kolosheynova, T I, Kovaleva, L G

“…The genesp53, mdm2, p21, c-myc,bcr/abl, bcr, bcl2, bax, and gapdh participate in the regulation of cell proliferation and differentiation, apoptosis and cell…”
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Cell Regulation of Proliferation and Differentiation ex vivo for Cells Containing Ph Chromosome in Chronic Myeloid Leukemia by Grineva, N I, Akhlynina, T V, Gerasimova, L P, Manakova, T E, Sarycheva, N G, Schmarov, D A, Tumofeev, A M, Nydenova, N M, Kolosova, L Yu, Kolosheynova, T I, Kovaleva, L G, Kuznetsov, S V, Vorontsova, A V, Turkina, A G

“…Cell regulation of Ph(+)cell proliferation and differentiation has been studied ex vivo in various chronic myeloid leukemia (CML) patients. The regulation is…”
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Kinetics of proliferation, differentiation and transcription of genes regulating apoptosis in cultured human BCR/ABL+ Ph+-cells by Akhlynina, T V, Gerasimova, L P, Sarkisian, G P, Borovkova, T V, Dukhovenskaia, E A, Manakova, T E, Naĭdenova, N M, Timofeev, A M, Grineva, N I

“…Ph+, bcr/abl+ cells arise due to t(9,22) chromosome translocation and Ph+ chromosome formation in hematopoietic stem cells. The cells show appreciable…”
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Parameters of binding and transport of oligodeoxynucleotide, which includes BCL2 mRNA translation start, to the K562 cells by Timofeev, A M, Borovkova, T V, Naĭdebiva, N M, Akhlynina, T V, Shmarov, D A, Grineva, N I

“…Interaction of oligodeoxynucleotides (ODN), 18-mer, which included sequence of BCL2 mRNA translation start, with K562 cells has been studied. The kinetic…”
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The effect of 4-(N-2-chloroethyl-N-methylamino)-aryl substituents on the base stacking in oligoadenylates by Grineva, N I, Kozorovitsky, A Y, Lomakina, T S

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Simple and convenient detection of a HindIII polymorphic site in intron 19 of factor VIII using PCR by Surin, V L, Zhukova, E L, Krutov, A A, Solovyev GYa, Grineva, N I

“…Images…”
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Polymorphism at codon 117 of the granulocyte-macrophage colony-stimulating factor (GM-CSF) gene by Tagiev, A F, Surin, V L, Osokina, A V, Luk'ianenko, A V, Smirnova, O V, Tsetaeva, N V, Mikhaĭlova, E A, Isaev, V G, Grineva, N I

“…A T-to-C substitution, replacing a hydrophobic isoleucine residue with a hydrophilic threonine residue in position 100 of a mature protein molecule, was found…”
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Simple and convenient detection of a HindIII polymorphic site in intron 19 of factor VIII using PCR by SURIN, V. L, ZHUKOVA, E. L, KRUTOV, A. A, SOLOVYEV, G. Y, GRINEVA, N. I

“…The DNA diagnosis of hemophilia A is based on RFLP-analysis test commonly used to diagnose many hereditary diseases. Specifically, the approach for hemophilia…”
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Complementation of pentaadenylyladenosine and alkylating derivatives of oligoadenylyladenosines with ribosomal RNA by Grineva, N I, Karpova, G G, Shamovskii, G G

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РАЗРАБОТКА ОСНОВНЫХ НАПРАВЛЕНИЙ ПРИРОДООХРАННЫХ МЕРОПРИЯТИЙ НА КОТЛАССКОМ ЦБК И ИХ ЭКОЛОГИЧЕСКОЕ ОБОСНОВАНИЕ by Frog, B. N., Grineva, I. N., Kudrjashova, G. N., Nikiforova, A. P.

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Exposed and buried guanosine residues in tRNA(1)(Val) from yeast by Vlasov, V V., Grineva, N I., Knorre, D G.

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Synthesis of ribonucleosides and diribonucleoside phosphates containing 2-chloroethylamine and nitrogen mustard residues by Belikova, A M, Zarytova, V F, Grineva, N I

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Cell Regulation of Proliferation and Differentiation ex vivo for Cells Containing Ph Chromosome in Chronic Myeloid Leukemia by Grineva, N I, Akhlynina, T V, Gerasimova, L P, Manakova, T E, Sarycheva, N G, Schmarov, D A, Tumofeev, A M, Nydenova, N M, Kolosova, L Yu, Kolosheynova, T I, Kovaleva, L G, Kuznetsov, S V, Vorontsova, A V, Turkina, A G

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Relative reactivities of some guanosine residues in the "halves" of tRNA(Val)(1) (yeast) and in their complex by Vlasov, V V., Grineva, N I., Knorre, D G., Pavlova, R M.

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Electrostatic effects in the alkylation of transfer RNA with aliphatic 2-chloroethylamines by Grineva, N I, Knorre, D G, Kobets, N D, Kurbatov, V A, Lomakina, T S

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Preparation of single-stranded E1A-oncogene DNA fragments from simian adenovirus SA7 by endonuclease hydrolysis recombinant phage M13 SS-DNA complexed with oligonucleotides, containing restriction sites by Krutov, A A, Grineva, N I

“…The ss-DNA of the (+) and (-) chains of Ela DNA fragment was obtained by hydrolysis of the recombinant bacteriophages M13 mp8G and mp9G (where G is 1-1750 bp:,…”
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