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• W3170147696 endingPage "125" @default.
• W3170147696 startingPage "125" @default.
• W3170147696 abstract "The physiological and biochemical role of the γ-aminobutyric acid (GABA) shunt pathway in green pea seedlings (Pisum sativum L.) was studied in response to soil water holding capacity levels: 80%, 60%, 40%, 20%, and 10% grown under continuous light at 25 °C for 7 days and 14 days, separately. Characterization of seeds germination pattern, seedlings growth (plant height, fresh and dry weight, and chlorophyll contents), GABA shunt metabolite (GABA, glutamate, and alanine) levels, total protein and carbohydrate levels, and oxidative damage (MDA level) were examined. Data showed a significant effect of drought stress on seed germination, plant growth, GABA shunt metabolites level, total protein and carbohydrate contents, and MDA level. A significant decline in seed germination percentage was recorded at a 20% drought level, which indicated that 20% of soil water holding capacity is the threshold value of water availability for normal germination after 14 days. Seedling fresh weight, dry weight, and plant height were significantly reduced with a positive correlation as water availability was decreased. There was a significant decrease with a positive correlation in Chl a and Chl b contents in response to 7 days and 14 days of drought. GABA shunt metabolites were significantly increased with a negative correlation as water availability decreased. Pea seedlings showed a significant increase in protein content as drought stress was increased. Total carbohydrate levels increased significantly when the amount of water availability decreased. MDA content increased slightly but significantly after 7 days and sharply after 14 days under all water stress levels. The maximum increase in MDA content was observed at 20% and 10% water levels. Overall, the significant increases in GABA, protein and carbohydrate contents were to cope with the physiological impact of drought stress on Pisum sativum L. seedlings by maintaining cellular osmotic adjustment, protecting plants from oxidative stress, balancing carbon and nitrogen (C:N) metabolism, and maintaining cell metabolic homeostasis and cell turgor. The results presented in this study indicated that severe (less than 40% water content of the holding capacity) and long-term drought stress should be avoided during the germination stage to ensure proper seedling growth and metabolism in Pisum sativum L." @default.
• W3170147696 created "2021-06-22" @default.
• W3170147696 creator A5005990666 @default.
• W3170147696 creator A5020214766 @default.
• W3170147696 creator A5020517561 @default.
• W3170147696 date "2021-05-27" @default.
• W3170147696 modified "2023-10-01" @default.
• W3170147696 title "Physiological and Biochemical Characterization of the GABA Shunt Pathway in Pea (Pisum sativum L.) Seedlings under Drought Stress" @default.
• W3170147696 cites W1502362372 @default.
• W3170147696 cites W1513629489 @default.
• W3170147696 cites W1542162133 @default.
• W3170147696 cites W1573518848 @default.
• W3170147696 cites W1734091752 @default.
• W3170147696 cites W1964482476 @default.
• W3170147696 cites W1964729869 @default.
• W3170147696 cites W1966979325 @default.
• W3170147696 cites W1973261860 @default.
• W3170147696 cites W1978067618 @default.
• W3170147696 cites W1978123111 @default.
• W3170147696 cites W1980648827 @default.
• W3170147696 cites W1983542200 @default.
• W3170147696 cites W1993703717 @default.
• W3170147696 cites W1994717999 @default.
• W3170147696 cites W1999369658 @default.
• W3170147696 cites W2006241825 @default.
• W3170147696 cites W2012267209 @default.
• W3170147696 cites W2014382406 @default.
• W3170147696 cites W2015030827 @default.
• W3170147696 cites W2019560867 @default.
• W3170147696 cites W2023430078 @default.
• W3170147696 cites W2024306929 @default.
• W3170147696 cites W2026661177 @default.
• W3170147696 cites W2027440710 @default.
• W3170147696 cites W2031265082 @default.
• W3170147696 cites W2033064828 @default.
• W3170147696 cites W2034417804 @default.
• W3170147696 cites W2037048040 @default.
• W3170147696 cites W2041410334 @default.
• W3170147696 cites W2041506075 @default.
• W3170147696 cites W2041811918 @default.
• W3170147696 cites W2046309384 @default.
• W3170147696 cites W2048956515 @default.
• W3170147696 cites W2049691909 @default.
• W3170147696 cites W2054350102 @default.
• W3170147696 cites W2057433097 @default.
• W3170147696 cites W2069030002 @default.
• W3170147696 cites W2071496972 @default.
• W3170147696 cites W2072174342 @default.
• W3170147696 cites W2074140609 @default.
• W3170147696 cites W2075353863 @default.
• W3170147696 cites W2078033993 @default.
• W3170147696 cites W2081473243 @default.
• W3170147696 cites W2082221119 @default.
• W3170147696 cites W2083964067 @default.
• W3170147696 cites W2084635137 @default.
• W3170147696 cites W2089486469 @default.
• W3170147696 cites W2092031590 @default.
• W3170147696 cites W2092258581 @default.
• W3170147696 cites W2092364736 @default.
• W3170147696 cites W2095029092 @default.
• W3170147696 cites W2114639136 @default.
• W3170147696 cites W2122415132 @default.
• W3170147696 cites W2123201661 @default.
• W3170147696 cites W2125614572 @default.
• W3170147696 cites W2126386203 @default.
• W3170147696 cites W2129323234 @default.
• W3170147696 cites W2131047206 @default.
• W3170147696 cites W2131712648 @default.
• W3170147696 cites W2134572578 @default.
• W3170147696 cites W2139328007 @default.
• W3170147696 cites W2139872243 @default.
• W3170147696 cites W2143253342 @default.
• W3170147696 cites W2153806185 @default.
• W3170147696 cites W2154604538 @default.
• W3170147696 cites W2156345782 @default.
• W3170147696 cites W2156578225 @default.
• W3170147696 cites W2160941423 @default.
• W3170147696 cites W2163776557 @default.
• W3170147696 cites W2169479124 @default.
• W3170147696 cites W2170214026 @default.
• W3170147696 cites W2170277865 @default.
• W3170147696 cites W2171949359 @default.
• W3170147696 cites W2171990037 @default.
• W3170147696 cites W2183053536 @default.
• W3170147696 cites W2183458527 @default.
• W3170147696 cites W2188004785 @default.
• W3170147696 cites W2209017012 @default.
• W3170147696 cites W2209809889 @default.
• W3170147696 cites W2225096356 @default.
• W3170147696 cites W2275031385 @default.
• W3170147696 cites W2277026920 @default.
• W3170147696 cites W2320911280 @default.
• W3170147696 cites W2323056452 @default.
• W3170147696 cites W2326296353 @default.
• W3170147696 cites W2328569353 @default.
• W3170147696 cites W2342140435 @default.
• W3170147696 cites W2345583583 @default.
• W3170147696 cites W2414592202 @default.

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