Main / Biology and Biotechnology / Biotechnology / Кенжебаева Сауле Сагиндыковна
Кенжебаева Сауле Сагиндыковна
Position
First higher education
| Educational institution | Квалификация | Expiration date |
|---|---|---|
| МГУ имени М.В.Ломоносова | Высшее | 1976 |
Academic degree
Academic rank
| Name of academic title | Date of assignment |
|---|---|
| Профессор | 14/11/2012 |
| СНС | 23/01/1990 |
| File name | Headline | Description |
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Plant Physiology |
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Modern Methods in Biotechnology |
Seminars
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Proteomical Technologies |
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Plant Physiology |
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Plant Physiology |
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Plant Physiology |
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Plant Physiology |
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Plant Physiology |
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Plant Physiology |
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Modern Methods in Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Clonal Technology |
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Modern Methods in Biotechnology |
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Modern Methods in Biotechnology |
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Modern Methods in Biotechnology |
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Modern Methods in Biotechnology |
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Modern Methods in Biotechnology |
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Modern Methods in Biotechnology |
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Modern Methods in Biotechnology |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Physiological foundations of plant productivity |
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Basics of Biotechnology |
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Basics of Biotechnology |
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Basics of Biotechnology |
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Basics of Biotechnology |
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Basics of Biotechnology |
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Basics of Biotechnology |
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Basics of Biotechnology |
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Basics of Biotechnology |
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Basic of Physiology |
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Basic of Physiology |
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Basic of Physiology |
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Basic of Physiology |
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Basic of Physiology |
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Basic of Physiology |
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Basic of Physiology |
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Basic of Physiology |
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Basic of Physiology |
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Proteomical Technologies |
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Proteomical Technologies |
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Proteomical Technologies |
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Proteomical Technologies |
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Proteomical Technologies |
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Medical Biotechnology |
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Medical Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Basics of Plant Physiology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Molecular-biochemical Markers of Plant Diseases |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Practical Experience in Cell and Molecular Biotechnology |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Genetic Engineering of Plants and Biosafety |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Physiology of Plants |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biochemistry and Plant Physiology |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Biologically Active Compounds |
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Clonal Technology |
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Clonal Technology |
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Clonal Technology |
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Clonal Technology |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Biotechnology of Agricultural Plants |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Risk Management of Transgenes |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Agricultural Biotechnology |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
Lab. Work 13. A Protocol Guide for the N. crassa Yeast Artificial Chromosome (YAC) Library
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
The questions of RC 2
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
Lecture 13. RNA transfection in tissue engineering
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Cell Culture and Biotechnology for Tissue Engineering |
Lecture 15. STRATEGIES TO ENGINEER TISSUESLecture 15. STRATEGIES TO ENGINEER TISSUES
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Cell Culture and Biotechnology for Tissue Engineering |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Plant and Animal Physiology |
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Molecular biotechnology of pro- and eukaryots |
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Molecular biotechnology of pro- and eukaryots |
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Molecular biotechnology of pro- and eukaryots |
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Regulation of Genome |
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Regulation of Genome |
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Regulation of Genome |
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Regulation of Genome |
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Regulation of Genome |
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Regulation of Genome |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Methods of Molecular Biotechnology |
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Waste Management |
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Waste Management |
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Waste Management |
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Waste Management |
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Waste Management |
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Waste Management |
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Waste Management |
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Waste Management |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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Basics of Plants Physiology |
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GMO and Organic Food Safety |
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GMO and Organic Food Safety |
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GMO and Organic Food Safety |
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GMO and Organic Food Safety |
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GMO and Organic Food Safety |
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GMO and Organic Food Safety |
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GMO and Organic Food Safety |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Modern methods in biotechnology |
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Bioprocess engineering |
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Bioprocess engineering |
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Bioprocess engineering |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Plant Physiology and Biotechnology |
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Quality and safety management systems of biological products |
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Quality and safety management systems of biological products |
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Quality and safety management systems of biological products |
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Author Documents
20
Citations
146 по 126
documents
h-index
6
Phenotyping and Exploitation of Kompetitive Allele-Specific PCR Assays for Genes Underpinning Leaf Rust Resistance in New Spring Wheat Mutant Lines
Kenzhebayeva, S., Mazkirat, S., Shoinbekova, S., Atabayeva, S., Abekova, A., Omirbekova, N., Doktyrbay, G., Asrandina, S., Zharassova, D., Amirova, A., Serfling, A.
Current Issues in Molecular Biology
46, с. 689-709
1
ЦитированийDetermination of resistance to yellow rust in new breeding mutant lines of spring wheat at adult plant and seedlings stages
Kenzhebayeva, S., Shoinbekova, S., Saifulla, D., Sadykbek, T., Serfling, A.
BIO Web of Conferences
100, с.
0
ЦитированийSelection of rice breeding lines for resistance to biotic and abiotic stresses
Amirova, A., Usenbekov, B., Berkimbay, K., Mynbayeva, D., Atabayeva, S., Baiseitova, G., Meldebekova, A., Zhunusbayeva, Z., Kenzhebayeva, S., Mukhambetzhanov, S.
Brazilian Journal of Biology
84, с.
0
ЦитированийScreening of mutant wheat lines to resistance for Fusarium head blight and using SSR markers for detecting DNA polymorphisms
Kenzhebayeva, S., Turasheva, S., Doktyrbay, G., Buerstmayr, H., Atabayeva, S., Alybaeva, R.
Mutagenesis: Exploring Genetic Diversity of Crops
0, с. 253-264
3
ЦитированийIron-deficiency response and differential expression of iron homeostasis related genes in spring wheat (Triticum aestivum) mutant lines with increased grain iron content
Kenzhebayeva, S.S., Atabayeva, S.D., Sarsu, F.
Crop and Pasture Science
73, с. 127-137
5
ЦитированийOrgan-specific expression of genes involved in iron homeostasis in wheat mutant lines with increased grain iron and zinc content
Kenzhebayeva, S., Atabayeva, S., Sarsu, F., Abekova, A., Shoinbekova, S., Omirbekova, N., Doktyrbay, G., Beisenova, A., Shavrukov, Y.
PeerJ
10, с.
4
ЦитированийRice Plants (Oryza sativa L.) under Cd Stress in Fe Deficiency Conditions
Atabayeva, S.D., Rakhymgozhina, A.B., Nurmahanova, A.S., Kenzhebayeva, S.S., Usenbekov, B.N., Alybayeva, R.A., Asrandina, S.S., Tynybekov, B.M., Amirova, A.K.
BioMed Research International
2022, с.
6
ЦитированийPhytomanagement: Perspectives of using of phytoremediation technology in Kazakhstan
Atabayeva, S., Kenzhebayeva, S., Alybayeva, R., Asrandina, S., Shoinbekova, S.
E3S Web of Conferences
159, с.
1
ЦитированийMutant Lines of Spring Wheat with Increased Iron, Zinc, and Micronutrients in Grains and Enhanced Bioavailability for Human Health
Kenzhebayeva, S., Abekova, A., Atabayeva, S., Yernazarova, G., Omirbekova, N., Zhang, G., Turasheva, S., Asrandina, S., Sarsu, F., Wang, Y., Borisjuk, N.
BioMed Research International
2019, с.
40
ЦитированийSearching a spring wheat mutation resource for correlations between yield, grain size, and quality parameters
Kenzhebayeva, S.S., Doktyrbay, G., Capstaff, N.M., Sarsu, F., Omirbekova, N.Z., Eilam, T., Tashenev, D.K., Miller, A.J.
Journal of Crop Improvement
31, с. 209-228
14
ЦитированийStudy of storage proteins in endosperm and antioxidant enzyme activity of soft wheat and Brachypodium distachyon infected by Puccinia recondita
Omirbekova, N., Zhussupova, A., Askanbayeva, B., Kenzhebaeva, S., Zhunusbayeva, Z.
International Multidisciplinary Scientific GeoConference Surveying Geology and Mining Ecology Management, SGEM
2, с. 767-774
0
ЦитированийEffects of drought on grain quality- and yield-associated traits of advanced wheat mutant lines of spring wheat
Kenzhebayeva, S., Zharassova, D., Sarsu, F., Omirbekova, N., Dauyr, B.
International Multidisciplinary Scientific GeoConference Surveying Geology and Mining Ecology Management, SGEM
2, с. 287-294
0
ЦитированийJoint effect of salinization and copper ions on anatomical organization of leaves and roots of wheat's variety (Triticum aestivum L.)
Atabayeva, S.J., Nurmahanova, A., Aidosova, S.S., Akhmetova, A., Kenzhebayeva, S.S., Asrandina, S.S., Alybayeva, R., Shoinbekova, S.A., Beisenova, A.Z.
Advances in Environmental Biology
8, с. 2366-2371
2
ЦитированийAdaptation potential of photosynthesis in wheat cultivars with a capability of leaf rolling under high temperature conditions
Sarieva, G.E., Kenzhebaeva, S.S., Lichtenthaler, H.K.
Russian Journal of Plant Physiology
57, с. 28-36
44
ЦитированийPhotosynthesis performance of non-rolling and flag leaf rolling wheat genotypes during temperature stress
Sariyeva, G., Kenjebaeva, S., Lichtenthaler, H.K.
Acta Botanica Hungarica
51, с. 185-194
4
ЦитированийEcophysiological approach to study of the role of cell-bound peroxidase forms in wheat leaves of different morphology
Sariyeva, G., Kenjebaeva, S.
Acta Botanica Hungarica
45, с. 399-407
0
ЦитированийYield stability and drought resistance in wheat
Kokhmetova, A., Sariyeva, G., Kenjebayeva, S.
Acta Botanica Hungarica
45, с. 153-161
1
ЦитированийThe impact of aluminium on the distribution of cell wall glycoproteins of pea root tip and their Al-binding capacity
Kenjebaeva, S., Yamamoto, Y., Matsumoto, H.
Soil Science and Plant Nutrition
47, с. 629-636
11
ЦитированийAluminum-induced changes in cell-wall glycoproteins in the root tips of al-tolerant and al-sensitive wheat lines
Kenzhebaeva, S.S., Yamamoto, Y., Matsumoto, H.
Russian Journal of Plant Physiology
48, с. 441-447
6
ЦитированийMultiple forms of nitrate reductase and their role in nitrate assimilation in roots of wheat at low temperature or high salinity
Kenjebaeva, S., Rakova, N.
Physiologia Plantarum
93, с. 249-252