₄R K Salyaev

Summary for 2004 [at-glance overview of R K Salyaev work for the selected year as suggested by data mining algorithms]

This is an Authoratory overview of author R K Salyaev. According to available data, in 2004 R K Salyaev published at least 4 articles. This work was completed in collaboration with several authors including Ozolina, N V and Pradedova, E V. Several other authors have collaborated with R K Salyaev as well. There is no information about the funding or the grants awarded to support this work.

Analysis of the article abstracts and the titles suggests that R K Salyaev professional interests are focused around "red beet tonoplast", "detection vanadate-inhibited atpase" and "obtaining transgenic tomato". These might also be referred to as "red beet", "systemic signal" or "atpase plant". Statistical analysis shows that R K Salyaev's writing is likely to contains terms "activity", "atpase", "plant", "potato", "proteins" and "vanadate-inhibited".

The majority of R K Salyaev articles are affiliated with Siberian Institute of Plant Physiology and Biochemistry, Siberian Division, Russian Academy of Sciences, ul. Lermontova 132, Irkutsk, 664033 Russia. Sadly, no email addresses were found for any of the affiliations.

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Alternative names (0) [other authors with names similar to R K Salyaev]

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Year 2004 Charts [R K Salyaev frequent coauthors and the most common unique vocabulary terms for the selected year]

Historical Performance Charts [graphical overview of R K Salyaev publication and funding history for the range of years]

R K Salyaev Coauthors (6) [all coauthors with the number of joint publications]

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Affiliations (2) [condensed summary of the R K Salyaev affiliations, the leading number and the color conveys importance]

₃Siberian Institute of Plant Physiology and Biochemistry, Siberian Division, Russian Academy of Sciences, ul. Lermontova 132, Irkutsk, 664033 Russia.
₁Vektor State Scientific Center of Virology and Biotechnology, p. Kol'tsovo, Novosibirsk oblast, 630559 Russia.

Key Opinion Leader In [R K Salyaev is considered a key opinion leader in any keyword where the rank of 5 is achieved, the leading number before the keyword shows the author's rank as compared to all other authors]

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Keywords (32) [keywords assigned to R K Salyaev articles by PubMed, the leading number and the color conveys importance]

₂Beta vulgaris | ₂Proton-Translocating ATPases | ₂Vacuoles | ₁Polysaccharides | ₁Glutathione | ₁Plants, Genetically Modified | ₁Sulfites | ₁Dose-Response Relationship, Radiation | ₁Genes, Synthetic | ₁Solanum tuberosum | ₁Culture Media | ₁Signal Transduction | ₁Rhizobium | ₁Cell Division | ₁AIDS Vaccines | ₁Cells, Cultured | ₁Recombinant Fusion Proteins | ₁Recombinant Proteins | ₁Plant Roots | ₁Antioxidants | ₁Vanadates | ₁Enzyme Activation | ₁Cyclic AMP | ₁Actinobacteria | ₁Cell Membrane | ₁Lycopersicon esculentum | ₁Cell Line | ₁Immunoassay | ₁Oxidation-Reduction | ₁Hepatitis B Vaccines | ₁Hydrolysis | ₁ATP-Binding Cassette Transporters

R K Salyaev Unique Vocabulary (96) [single words, word pairs and phrases obtained by analysis of abstracts and titles, the leading number and the color conveys importance; R K Salyaev might be a good expert witness on these terms]

₂activity | ₂atpase | ₂plant | ₂potato | ₁proteins | ₁vanadate-inhibited | ₁effect | ₁transgenic | ₁red | ₁detection | ₁tonoplast | ₁systemic | ₁relationship | ₁obtaining | ₁producing | ₁vacuolar | ₁abc-transporters | ₁hydrolytic | ₁rot | ₁ring | ₁role | ₁membrane | ₁chimerical | ₁possible | ₁camp | ₁redox | ₁beet | ₁endogenous | ₁tbi-hbsag | ₁pathogenesis | ₁signal | ₁agents
₁red beet | ₁systemic signal | ₁atpase plant | ₁redox agents | ₁role endogenous | ₁effect | ₁endogenous potato | ₁rot potato | ₁detection | ₁proteins tbi-hbsag | ₁plant producing | ₁obtaining | ₁chimerical proteins | ₁agents hydrolytic | ₁hydrolytic activity | ₁tonoplast relationship | ₁detection vanadate-inhibited | ₁vacuolar membrane | ₁tomato plant | ₁producing chimerical | ₁possible role | ₁development systemic | ₁camp development | ₁pathogenesis ring | ₁obtaining transgenic | ₁vanadate-inhibited atpase | ₁beet tonoplast | ₁transgenic tomato | ₁activity atpase | ₁effect redox | ₁plant vacuolar | ₁membrane possible
₁red beet tonoplast | ₁detection vanadate-inhibited atpase | ₁obtaining transgenic tomato | ₁effect | ₁detection | ₁obtaining | ₁hydrolytic activity atpase | ₁systemic signal pathogenesis | ₁beet tonoplast relationship | ₁role endogenous potato | ₁detection vanadate-inhibited | ₁endogenous potato camp | ₁vacuolar membrane possible | ₁tonoplast relationship abc-transporters | ₁chimerical proteins tbi-hbsag | ₁effect redox agents | ₁atpase activity red | ₁possible role endogenous | ₁obtaining transgenic | ₁transgenic tomato plant | ₁ring rot potato | ₁effect redox | ₁producing chimerical proteins | ₁atpase plant vacuolar | ₁pathogenesis ring rot | ₁tomato plant producing | ₁development systemic signal | ₁signal pathogenesis ring | ₁plant vacuolar membrane | ₁agents hydrolytic activity | ₁vanadate-inhibited atpase activity | ₁activity atpase plant

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