FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3096048908> ?p ?o ?g. }

• W3096048908 endingPage "115" @default.
• W3096048908 startingPage "95" @default.
• W3096048908 abstract "Light is considered as an environmental signal that controls plants growth and development. Sufficient duration, quality and wavelength are mainly responsible for switching on/off many physiological processes. The aim of this study was to examine the role of gamma aminobutyric acid (GABA) shunt pathway specific response in wheat (Triticum aestivum) and lentil (Lens culinaris) seedlings to blue LED laser (intensity= 1.48 W/cm2) and high intensity invisible ultraviolet light (intensity= 3.99 W/cm2) treatments separately, with respect to: seed germination, seedling growth, oxidative damage in term of reactive oxygen substances accumulation, GABA accumulation level, total proteins and total carbohydrates level and glutamate decarboxylase gene (GAD) expression. Data showed a remarkable changes in proteins content, carbohydrates content, chlorophyll level, dry and fresh weight, GABA accumulation, MDA level, and GAD m-RNA level under blue LED laser and high intensity invisible ultraviolet light treatments; separately in the both wheat and lentil cultivars. There were no significant differences of root emergence in all cultivars under all treatments. The concentrations of MDA increased in all cultivars under blue LED laser and high intensity invisible ultraviolet light treatments with increasing exposure durations. GABA levels increased and correlated significantly in all cultivars as the exposure duration of blue LED laser and high light intensity increased. Significant decrease in chlorophyll a and b contents in Um Qayes, Jordan1 and Jordan2 cultivars under all laser and high intensity invisible ultraviolet light treatments. A significant difference was found in proteins content in all cultivars in response to laser and high intensity invisible ultraviolet light treatments. Carbohydrates content in all cultivars used in this study were significantly decreased under laser treatments. The transcription level of GAD increased significantly under blue LED laser and high intensity invisible ultraviolet light in all cultivars used in this study. GAD expression was high in Hurani75 cultivar in agreement with the low level of GABA accumulation under high intensity invisible ultraviolet light at 60 min which strongly suggested that GABA was catabolized to enter another pathways (C:N balance) that was confirmed by increase in higher level of carbohydrates and proteins beside reduction in MDA content at the same exposure duration. On other hand, GAD expression in Jordan 2 was lower in response to laser treatment under the same exposure duration. The high increase of GAD gene expression explains the high accumulation of GABA level under both treatments. Results indicated that GABA shunt is a key metabolic pathway that allows wheat and lentil to adapt blue LED laser and high intensity invisible ultraviolet light stressful treatments." @default.
• W3096048908 created "2020-11-09" @default.
• W3096048908 creator A5020214766 @default.
• W3096048908 creator A5051017433 @default.
• W3096048908 creator A5077722902 @default.
• W3096048908 date "2020-11-02" @default.
• W3096048908 modified "2023-09-30" @default.
• W3096048908 title "The influence of laser beam and high light intensity on lentil (<i>Lens culinaris</i>) and wheat (<i>Triticum aestivum</i>) seedlings growth and metabolism" @default.
• W3096048908 cites W106216522 @default.
• W3096048908 cites W113373297 @default.
• W3096048908 cites W1516700036 @default.
• W3096048908 cites W1525133644 @default.
• W3096048908 cites W1537245269 @default.
• W3096048908 cites W1542162133 @default.
• W3096048908 cites W1553261180 @default.
• W3096048908 cites W1557591826 @default.
• W3096048908 cites W1573518848 @default.
• W3096048908 cites W1636453699 @default.
• W3096048908 cites W1834808812 @default.
• W3096048908 cites W1893044179 @default.
• W3096048908 cites W190338148 @default.
• W3096048908 cites W1911363840 @default.
• W3096048908 cites W1965600506 @default.
• W3096048908 cites W1966915108 @default.
• W3096048908 cites W1971285509 @default.
• W3096048908 cites W1973083199 @default.
• W3096048908 cites W1974346063 @default.
• W3096048908 cites W1975746939 @default.
• W3096048908 cites W1980976235 @default.
• W3096048908 cites W1983542200 @default.
• W3096048908 cites W1983652329 @default.
• W3096048908 cites W1985471691 @default.
• W3096048908 cites W1990969907 @default.
• W3096048908 cites W1991915515 @default.
• W3096048908 cites W1991957849 @default.
• W3096048908 cites W1992835459 @default.
• W3096048908 cites W1996417912 @default.
• W3096048908 cites W2000055083 @default.
• W3096048908 cites W2000107481 @default.
• W3096048908 cites W2001182158 @default.
• W3096048908 cites W2002942675 @default.
• W3096048908 cites W2003525450 @default.
• W3096048908 cites W2004577938 @default.
• W3096048908 cites W2006241825 @default.
• W3096048908 cites W2006831854 @default.
• W3096048908 cites W2008904399 @default.
• W3096048908 cites W2011744596 @default.
• W3096048908 cites W2012338090 @default.
• W3096048908 cites W2022172251 @default.
• W3096048908 cites W2022821121 @default.
• W3096048908 cites W2022966294 @default.
• W3096048908 cites W2024561488 @default.
• W3096048908 cites W2024908863 @default.
• W3096048908 cites W2030558776 @default.
• W3096048908 cites W2031644906 @default.
• W3096048908 cites W2034396245 @default.
• W3096048908 cites W2034890329 @default.
• W3096048908 cites W2034930494 @default.
• W3096048908 cites W2035414087 @default.
• W3096048908 cites W2035896978 @default.
• W3096048908 cites W2036204585 @default.
• W3096048908 cites W2037809195 @default.
• W3096048908 cites W2039375377 @default.
• W3096048908 cites W2040273952 @default.
• W3096048908 cites W2041410334 @default.
• W3096048908 cites W2043465623 @default.
• W3096048908 cites W2043694451 @default.
• W3096048908 cites W2043869607 @default.
• W3096048908 cites W2044554559 @default.
• W3096048908 cites W2045317472 @default.
• W3096048908 cites W2054409529 @default.
• W3096048908 cites W2058650017 @default.
• W3096048908 cites W2065762740 @default.
• W3096048908 cites W2067749097 @default.
• W3096048908 cites W2070885027 @default.
• W3096048908 cites W2074927832 @default.
• W3096048908 cites W2077440855 @default.
• W3096048908 cites W2078033993 @default.
• W3096048908 cites W2080235765 @default.
• W3096048908 cites W2082698142 @default.
• W3096048908 cites W2084293329 @default.
• W3096048908 cites W2087968420 @default.
• W3096048908 cites W2088253413 @default.
• W3096048908 cites W2091535931 @default.
• W3096048908 cites W2092252538 @default.
• W3096048908 cites W2094204412 @default.
• W3096048908 cites W2094289694 @default.
• W3096048908 cites W2094454891 @default.
• W3096048908 cites W2094560890 @default.
• W3096048908 cites W2095287206 @default.
• W3096048908 cites W2095296522 @default.
• W3096048908 cites W2095779053 @default.
• W3096048908 cites W2095999376 @default.
• W3096048908 cites W2097645374 @default.
• W3096048908 cites W2100744249 @default.
• W3096048908 cites W2103932737 @default.
• W3096048908 cites W2105426059 @default.
• W3096048908 cites W2110091268 @default.

• next