ArticlePROTEIN AND AMINO ACID CONTENTS IN SOME RANGE PLANTS AS AFFECTED BY DIFFERENT· STRESS CONDITIONS
ArticlePROTEIN AND AMINO ACID CONTENTS IN SOME RANGE PLANTS AS AFFECTED BY DIFFERENT· STRESS CONDITIONS
ArticleAdaptive Mechanisms of<i> Asphodelus aestivus</i> Brot. to Withstand Drought Stress: Metabolic Constituents and Activity of Antioxidant Enzymes.
ArticleAdaptive Mechanisms of<i> Asphodelus aestivus</i> Brot. to Withstand Drought Stress: Metabolic Constituents and Activity of Antioxidant Enzymes.
ArticleINFLUENCE of SOME CLIMATE MODIFICATION TREATMENTS on GROWTH, BIOCHEMICAL and GENETIC VARIATION BASED on PROTEIN and ISOZYME MARKERS in (Stevia rebaudiana)
ArticleINFLUENCE of SOME CLIMATE MODIFICATION TREATMENTS on GROWTH, BIOCHEMICAL and GENETIC VARIATION BASED on PROTEIN and ISOZYME MARKERS in (Stevia rebaudiana)
ArticlePivotal Influence of Chemical Inducers on Antioxidant Enzyme Activities and Barley Yield under Biotic and Abiotic Stresses
ArticlePivotal Influence of Chemical Inducers on Antioxidant Enzyme Activities and Barley Yield under Biotic and Abiotic Stresses
ArticleBehavior of Esterase, Peroxidase, Protein Profile and Growth Parameters of <i> Zea maize </i> and <i> Vicia faba </i> Cultivar under Heat Stress
ArticleBehavior of Esterase, Peroxidase, Protein Profile and Growth Parameters of <i> Zea maize </i> and <i> Vicia faba </i> Cultivar under Heat Stress
ArticleLIPOPEROXIDATION, PHENOLIC COMPOUNDS, ENDOPHENOL OXIDASE ENZYME AND PROTEIN METABOLISM IN KIRCHNERELLA LUNARIS CULTURES GROWN UNDER SALINITY
ArticleLIPOPEROXIDATION, PHENOLIC COMPOUNDS, ENDOPHENOL OXIDASE ENZYME AND PROTEIN METABOLISM IN KIRCHNERELLA LUNARIS CULTURES GROWN UNDER SALINITY
ArticleGREEN PEA SPROUT RESPONSE TO MICROBIAL INOCULATION AND INCREASING ATMOSPHERIC CO2 CONCENTRATION
ArticleGREEN PEA SPROUT RESPONSE TO MICROBIAL INOCULATION AND INCREASING ATMOSPHERIC CO2 CONCENTRATION
ArticleAPPLICATION IN TWO METHODS ELEVATES DROUGHT TOLERANCE BY INCREASING ANTIOXIDANT DEFENSE SYSTEM AND REDUCING OXIDATIVE STRESS BIOMARKERS IN SOLANUM LYCOPERSICUM PLANT
ArticleAPPLICATION IN TWO METHODS ELEVATES DROUGHT TOLERANCE BY INCREASING ANTIOXIDANT DEFENSE SYSTEM AND REDUCING OXIDATIVE STRESS BIOMARKERS IN SOLANUM LYCOPERSICUM PLANT