FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2568941808> ?p ?o ?g. }

• W2568941808 endingPage "e0168183" @default.
• W2568941808 startingPage "e0168183" @default.
• W2568941808 abstract "Aquatic environments are heavily impacted by human activities including climate warming and the introduction of xenobiotics. Due to the application of silver nanoparticles as bactericidal agent the introduction of silver into the environment strongly has increased during the past years. Silver ions affect the primary metabolism of algae, in particular photosynthesis. Mixotrophic algae are an interesting test case as they do not exclusively rely on photosynthesis which may attenuate the harmful effect of silver. In order to study the effect of silver ions on mixotrophs, cultures of the chrysophyte Poterioochromonas malhamensis were treated in a replicate design in light and darkness with silver nitrate at a sub-lethal concentration. At five time points samples were taken for the identification and quantitation of proteins by mass spectrometry. In our analysis, relative quantitative protein mass spectrometry has shown to be a useful tool for functional analyses in conjunction with transcriptome reference sequences. A total of 3,952 proteins in 63 samples were identified and quantified, mapping to 4,829 transcripts of the sequenced and assembled transcriptome. Among them, 720 and 104 proteins performing various cellular functions were differentially expressed after eight days in light versus darkness and after three days of silver treatment, respectively. Specifically pathways of the energy and primary carbon metabolism were differentially affected by light and the utilization of expensive reactions hints to an energy surplus of P. malhamensis under light conditions. The excess energy is not invested in growth, but in the synthesis of storage metabolites. The effects of silver were less explicit, observable especially in the dark treatments where the light effect could not mask coinciding but weaker effects of silver. Photosynthesis, particularly the light harvesting complexes, and several sulphur containing enzymes were affected presumably due to a direct interference with the silver ions, mainly affecting energy supply." @default.
• W2568941808 created "2017-01-13" @default.
• W2568941808 creator A5013704112 @default.
• W2568941808 creator A5024191146 @default.
• W2568941808 creator A5043906941 @default.
• W2568941808 creator A5048664890 @default.
• W2568941808 creator A5059606670 @default.
• W2568941808 creator A5061918070 @default.
• W2568941808 creator A5063097573 @default.
• W2568941808 creator A5075985975 @default.
• W2568941808 creator A5078099512 @default.
• W2568941808 creator A5078589590 @default.
• W2568941808 date "2017-01-05" @default.
• W2568941808 modified "2023-09-23" @default.
• W2568941808 title "Quantitative Proteomics Reveals Ecophysiological Effects of Light and Silver Stress on the Mixotrophic Protist Poterioochromonas malhamensis" @default.
• W2568941808 cites W112373799 @default.
• W2568941808 cites W1168909921 @default.
• W2568941808 cites W1941446924 @default.
• W2568941808 cites W1967436592 @default.
• W2568941808 cites W1969347970 @default.
• W2568941808 cites W1974986886 @default.
• W2568941808 cites W1976504036 @default.
• W2568941808 cites W1986656413 @default.
• W2568941808 cites W2000158306 @default.
• W2568941808 cites W2000970171 @default.
• W2568941808 cites W2006321281 @default.
• W2568941808 cites W2010516376 @default.
• W2568941808 cites W2017503986 @default.
• W2568941808 cites W2018278417 @default.
• W2568941808 cites W2019447048 @default.
• W2568941808 cites W2020326796 @default.
• W2568941808 cites W2027319259 @default.
• W2568941808 cites W2034293509 @default.
• W2568941808 cites W2036125995 @default.
• W2568941808 cites W2036321220 @default.
• W2568941808 cites W2037612458 @default.
• W2568941808 cites W2037904218 @default.
• W2568941808 cites W2066928228 @default.
• W2568941808 cites W2069917590 @default.
• W2568941808 cites W2072409050 @default.
• W2568941808 cites W2074013606 @default.
• W2568941808 cites W2074707589 @default.
• W2568941808 cites W2076003978 @default.
• W2568941808 cites W2076060099 @default.
• W2568941808 cites W2077031789 @default.
• W2568941808 cites W2080752012 @default.
• W2568941808 cites W2082333019 @default.
• W2568941808 cites W2084613899 @default.
• W2568941808 cites W2085929340 @default.
• W2568941808 cites W2094609422 @default.
• W2568941808 cites W2097689680 @default.
• W2568941808 cites W2100865580 @default.
• W2568941808 cites W2104843251 @default.
• W2568941808 cites W2110935155 @default.
• W2568941808 cites W2114104545 @default.
• W2568941808 cites W2114400270 @default.
• W2568941808 cites W2114977063 @default.
• W2568941808 cites W2115886361 @default.
• W2568941808 cites W2122598723 @default.
• W2568941808 cites W2133655947 @default.
• W2568941808 cites W2134749398 @default.
• W2568941808 cites W2135581618 @default.
• W2568941808 cites W2137126604 @default.
• W2568941808 cites W2138978590 @default.
• W2568941808 cites W2142831352 @default.
• W2568941808 cites W2146247723 @default.
• W2568941808 cites W2146512944 @default.
• W2568941808 cites W2147298975 @default.
• W2568941808 cites W2150587333 @default.
• W2568941808 cites W2153476889 @default.
• W2568941808 cites W2155479191 @default.
• W2568941808 cites W2159482845 @default.
• W2568941808 cites W2159675211 @default.
• W2568941808 cites W2170776626 @default.
• W2568941808 cites W2172439638 @default.
• W2568941808 cites W2290717152 @default.
• W2568941808 cites W2303687491 @default.
• W2568941808 cites W2336098000 @default.
• W2568941808 cites W2340931316 @default.
• W2568941808 cites W2397225727 @default.
• W2568941808 cites W2409706408 @default.
• W2568941808 cites W2516047617 @default.
• W2568941808 cites W2600908898 @default.
• W2568941808 cites W4230096730 @default.
• W2568941808 cites W4294216483 @default.
• W2568941808 doi "https://doi.org/10.1371/journal.pone.0168183" @default.
• W2568941808 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5215829" @default.
• W2568941808 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28056027" @default.
• W2568941808 hasPublicationYear "2017" @default.
• W2568941808 type Work @default.
• W2568941808 sameAs 2568941808 @default.
• W2568941808 citedByCount "8" @default.
• W2568941808 countsByYear W25689418082017 @default.
• W2568941808 countsByYear W25689418082018 @default.
• W2568941808 countsByYear W25689418082019 @default.
• W2568941808 countsByYear W25689418082020 @default.
• W2568941808 crossrefType "journal-article" @default.
• W2568941808 hasAuthorship W2568941808A5013704112 @default.

• next