FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2759285740> ?p ?o ?g. }

• W2759285740 endingPage "e0185118" @default.
• W2759285740 startingPage "e0185118" @default.
• W2759285740 abstract "Parthenium hysterophorus is a plant that tolerates drought and salinity to an extremely high degree. Higher expression of stress-responsive proteome contributes for greater defence against abiotic stresses. Thus, P. hysterophorus could be a rich source of genes that encode stress-imparting mechanisms and systems. The present study utilizes comparative physiological and proteomic approaches for identification of key proteins involved in stress-defence of P. hysterophorus. Thirty-days-old plants were exposed to drought (10% PEG 6000) and salinity (160 mM NaCl) for 10 days duration. Both stresses induced oxidative stress estimated in terms of TBARS and H2O2. Levels of both enzymatic and non-enzymatic antioxidants were elevated, more by drought than salinity. Particularly, SOD, GR, CAT and GST proved to be assisting as very commendable defence under drought, as well as salinity. Levels of ascorbate, glutathione and proline were also increased by both stresses, more in response to drought. Comparative proteomics analysis revealed a significant change in relative abundance of 72 proteins under drought and salinity. Drought and salinity increased abundance of 45 and 41 proteins and decreased abundance of 24 and 26 proteins, respectively. Drought and salinity increased and decreased abundance of 31 and 18 proteins, respectively. The functions of identified proteins included those related to defence response (26%), signal transduction (13%), transcription and translation (10%), growth and development (8.5%), photosynthesis (8.5%), metabolism (7%), terpenoid biosynthesis (5.5%), protein modification and transport (7%), oxido-reductase (4%) and Miscellaneous (11%). Among the defence related proteins, antioxidants and HSPs constituted 26% and 21%, respectively. Present study suggests a potential role of defence proteins. Proteins involved in molecular stabilization, formation of osmolytes and wax and contributing to stress-avoiding anatomical features emerged as key and complex mechanisms for imparting stress tolerance to P. hysterophorus." @default.
• W2759285740 created "2017-10-06" @default.
• W2759285740 creator A5001281388 @default.
• W2759285740 creator A5029483306 @default.
• W2759285740 creator A5035293049 @default.
• W2759285740 creator A5048731425 @default.
• W2759285740 creator A5055728666 @default.
• W2759285740 creator A5058229479 @default.
• W2759285740 creator A5086522567 @default.
• W2759285740 date "2017-09-27" @default.
• W2759285740 modified "2023-10-14" @default.
• W2759285740 title "Drought and salinity induced changes in ecophysiology and proteomic profile of Parthenium hysterophorus" @default.
• W2759285740 cites W1501909267 @default.
• W2759285740 cites W1573518848 @default.
• W2759285740 cites W1581414347 @default.
• W2759285740 cites W1603377201 @default.
• W2759285740 cites W1881646695 @default.
• W2759285740 cites W1898874031 @default.
• W2759285740 cites W191793640 @default.
• W2759285740 cites W1973712759 @default.
• W2759285740 cites W1975879167 @default.
• W2759285740 cites W1983155238 @default.
• W2759285740 cites W2009572338 @default.
• W2759285740 cites W2010242135 @default.
• W2759285740 cites W2023726531 @default.
• W2759285740 cites W2024747840 @default.
• W2759285740 cites W2028823348 @default.
• W2759285740 cites W2034163025 @default.
• W2759285740 cites W2034294739 @default.
• W2759285740 cites W2035356606 @default.
• W2759285740 cites W2039734395 @default.
• W2759285740 cites W2040758042 @default.
• W2759285740 cites W2046726975 @default.
• W2759285740 cites W2049287261 @default.
• W2759285740 cites W2058745821 @default.
• W2759285740 cites W2060227932 @default.
• W2759285740 cites W2069926262 @default.
• W2759285740 cites W2072049841 @default.
• W2759285740 cites W2078594804 @default.
• W2759285740 cites W2085931072 @default.
• W2759285740 cites W2086795693 @default.
• W2759285740 cites W2098920869 @default.
• W2759285740 cites W2098921001 @default.
• W2759285740 cites W2102948276 @default.
• W2759285740 cites W2104412732 @default.
• W2759285740 cites W2109473267 @default.
• W2759285740 cites W2122492705 @default.
• W2759285740 cites W2123480261 @default.
• W2759285740 cites W2125364393 @default.
• W2759285740 cites W2126938669 @default.
• W2759285740 cites W2127311115 @default.
• W2759285740 cites W2129920709 @default.
• W2759285740 cites W2132966812 @default.
• W2759285740 cites W2134797397 @default.
• W2759285740 cites W2136408323 @default.
• W2759285740 cites W2137765495 @default.
• W2759285740 cites W2143167684 @default.
• W2759285740 cites W2148424782 @default.
• W2759285740 cites W2149194559 @default.
• W2759285740 cites W2151393888 @default.
• W2759285740 cites W2152336856 @default.
• W2759285740 cites W2153637951 @default.
• W2759285740 cites W2153738926 @default.
• W2759285740 cites W2166533177 @default.
• W2759285740 cites W2168289884 @default.
• W2759285740 cites W2268237484 @default.
• W2759285740 cites W2292183681 @default.
• W2759285740 cites W2292371641 @default.
• W2759285740 cites W2295054974 @default.
• W2759285740 cites W2296204828 @default.
• W2759285740 cites W2300585411 @default.
• W2759285740 cites W2308935161 @default.
• W2759285740 cites W2334761455 @default.
• W2759285740 cites W2342568392 @default.
• W2759285740 cites W2342593799 @default.
• W2759285740 cites W2361569784 @default.
• W2759285740 cites W2414886956 @default.
• W2759285740 cites W2415012248 @default.
• W2759285740 cites W2417336709 @default.
• W2759285740 cites W2474124643 @default.
• W2759285740 cites W2499956173 @default.
• W2759285740 cites W2507146907 @default.
• W2759285740 cites W2518583855 @default.
• W2759285740 cites W2522395147 @default.
• W2759285740 cites W2570848410 @default.
• W2759285740 cites W2587073695 @default.
• W2759285740 cites W2588080389 @default.
• W2759285740 cites W2593888962 @default.
• W2759285740 cites W2600054871 @default.
• W2759285740 cites W2603248037 @default.
• W2759285740 cites W2604721361 @default.
• W2759285740 cites W2617897244 @default.
• W2759285740 cites W2797096945 @default.
• W2759285740 cites W320494951 @default.
• W2759285740 doi "https://doi.org/10.1371/journal.pone.0185118" @default.
• W2759285740 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5617186" @default.
• W2759285740 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28953916" @default.
• W2759285740 hasPublicationYear "2017" @default.

• next