FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3107515105> ?p ?o ?g. }

• W3107515105 abstract "Abstract Plants employ photosynthesis to produce sugars for supporting their growth. During photosynthesis, an enzyme Ribulose 1,5 bisphosphate carboxylase/oxygenase (Rubisco) combines its substrate Ribulose 1,5 bisphosphate (RuBP) with CO 2 to produce phosphoglycerate (PGA). Alongside, Rubisco also takes up O 2 and produce 2-phosphoglycolate (2-PG), a toxic compound broken down into PGA through photorespiration. Photorespiration is not only a resource-demanding process but also results in CO 2 loss which affects photosynthetic efficiency in C 3 plants. Here, we propose to circumvent photorespiration by adopting the cyanobacterial glycolate decarboxylation pathway into C 3 plants. For that, we have integrated the cyanobacterial glycolate decarboxylation pathway into a kinetic model of C 3 photosynthetic pathway to evaluate its impact on photosynthesis and photorespiration. Our results show that the cyanobacterial glycolate decarboxylation bypass model exhibits a 10% increase in net photosynthetic rate ( A ) in comparison with C 3 model. Moreover, an increased supply of intercellular CO 2 (C i ) from the bypass resulted in a 54.8% increase in PGA while reducing photorespiratory intermediates including glycolate (− 49%) and serine (− 32%). The bypass model, at default conditions, also elucidated a decline in phosphate-based metabolites including RuBP (− 61.3%). The C 3 model at elevated level of inorganic phosphate (Pi), exhibited a significant change in RuBP (+ 355%) and PGA (− 98%) which is attributable to the low availability of C i . Whereas, at elevated Pi, the bypass model exhibited an increase of 73.1% and 33.9% in PGA and RuBP, respectively. Therefore, we deduce a synergistic effect of elevation in CO 2 and Pi pool on photosynthesis. We also evaluated the integrative action of CO 2 , Pi, and Rubisco carboxylation activity (V cmax ) on A and observed that their simultaneous increase raised A by 26%, in the bypass model. Taken together, the study potentiates engineering of cyanobacterial decarboxylation pathway in C 3 plants to bypass photorespiration thereby increasing the overall efficiency of photosynthesis." @default.
• W3107515105 created "2020-12-07" @default.
• W3107515105 creator A5010616419 @default.
• W3107515105 creator A5025091741 @default.
• W3107515105 creator A5028759484 @default.
• W3107515105 creator A5033507378 @default.
• W3107515105 creator A5043191237 @default.
• W3107515105 creator A5051444369 @default.
• W3107515105 creator A5072969883 @default.
• W3107515105 creator A5088918338 @default.
• W3107515105 date "2020-11-30" @default.
• W3107515105 modified "2023-10-03" @default.
• W3107515105 title "A cyanobacterial photorespiratory bypass model to enhance photosynthesis by rerouting photorespiratory pathway in C3 plants" @default.
• W3107515105 cites W1509409912 @default.
• W3107515105 cites W1556517310 @default.
• W3107515105 cites W170675360 @default.
• W3107515105 cites W1762918679 @default.
• W3107515105 cites W1834418858 @default.
• W3107515105 cites W186773509 @default.
• W3107515105 cites W1933885846 @default.
• W3107515105 cites W1966506530 @default.
• W3107515105 cites W1969201454 @default.
• W3107515105 cites W1973810629 @default.
• W3107515105 cites W1978295759 @default.
• W3107515105 cites W1981757060 @default.
• W3107515105 cites W1995403970 @default.
• W3107515105 cites W1997209483 @default.
• W3107515105 cites W2011389007 @default.
• W3107515105 cites W2035616341 @default.
• W3107515105 cites W2036444901 @default.
• W3107515105 cites W2036546758 @default.
• W3107515105 cites W2038986595 @default.
• W3107515105 cites W2041087096 @default.
• W3107515105 cites W2043271674 @default.
• W3107515105 cites W2045785977 @default.
• W3107515105 cites W2046857879 @default.
• W3107515105 cites W2048247115 @default.
• W3107515105 cites W2053974637 @default.
• W3107515105 cites W2054260005 @default.
• W3107515105 cites W2060800168 @default.
• W3107515105 cites W2064263567 @default.
• W3107515105 cites W2078719811 @default.
• W3107515105 cites W2080197148 @default.
• W3107515105 cites W2087692875 @default.
• W3107515105 cites W2091507629 @default.
• W3107515105 cites W2103170590 @default.
• W3107515105 cites W2104663350 @default.
• W3107515105 cites W2105050087 @default.
• W3107515105 cites W2114124738 @default.
• W3107515105 cites W2117133513 @default.
• W3107515105 cites W2130868249 @default.
• W3107515105 cites W2131980256 @default.
• W3107515105 cites W2134473906 @default.
• W3107515105 cites W2134539949 @default.
• W3107515105 cites W2142277829 @default.
• W3107515105 cites W2153624579 @default.
• W3107515105 cites W2154174174 @default.
• W3107515105 cites W2157019468 @default.
• W3107515105 cites W2157366717 @default.
• W3107515105 cites W2158753724 @default.
• W3107515105 cites W2159593664 @default.
• W3107515105 cites W2171636576 @default.
• W3107515105 cites W2180090982 @default.
• W3107515105 cites W2229356245 @default.
• W3107515105 cites W2266946329 @default.
• W3107515105 cites W2286023125 @default.
• W3107515105 cites W2299419053 @default.
• W3107515105 cites W2328340677 @default.
• W3107515105 cites W2439700867 @default.
• W3107515105 cites W2465167402 @default.
• W3107515105 cites W2489557531 @default.
• W3107515105 cites W2533177636 @default.
• W3107515105 cites W2596335521 @default.
• W3107515105 cites W2606882994 @default.
• W3107515105 cites W2627830512 @default.
• W3107515105 cites W2744782538 @default.
• W3107515105 cites W2795968729 @default.
• W3107515105 cites W2890213458 @default.
• W3107515105 cites W2891737965 @default.
• W3107515105 cites W2898517738 @default.
• W3107515105 cites W2907337795 @default.
• W3107515105 cites W2908278145 @default.
• W3107515105 cites W2917882233 @default.
• W3107515105 cites W2950831006 @default.
• W3107515105 cites W2952949126 @default.
• W3107515105 cites W4232838717 @default.
• W3107515105 cites W4233162051 @default.
• W3107515105 cites W4237422405 @default.
• W3107515105 cites W601207371 @default.
• W3107515105 doi "https://doi.org/10.1038/s41598-020-77894-2" @default.
• W3107515105 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7705653" @default.
• W3107515105 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33257792" @default.
• W3107515105 hasPublicationYear "2020" @default.
• W3107515105 type Work @default.
• W3107515105 sameAs 3107515105 @default.
• W3107515105 citedByCount "7" @default.
• W3107515105 countsByYear W31075151052021 @default.
• W3107515105 countsByYear W31075151052022 @default.
• W3107515105 countsByYear W31075151052023 @default.
• W3107515105 crossrefType "journal-article" @default.

• next