Matches in SemOpenAlex for { <https://semopenalex.org/work/W2604288078> ?p ?o ?g. }
- W2604288078 endingPage "961" @default.
- W2604288078 startingPage "946" @default.
- W2604288078 abstract "The moss Physcomitrella patens is a model system for studying Plant developmental processes. To better understand the biochemical and physiological changes involved in developmental reprogramming, we conducted a quantitative proteomics analysis for protonemata, protoplasts made therefrom and protoplasts regenerated for 2 d. Using an iTRAQ peptide labeling strategy and liquid chromatography–tandem mass spectrometry (LC-MS/MS), >3,000 peptides and 1,000 proteins were quantified. Of these, 162 proteins were identified as having differential abundances during developmental reprogramming. These proteins were involved in various biological functions, such as defense, energy production, translation, metabolism, protein destination and storage, transcription, transport, cell growth/division, cell structure and signal transduction. Of these, the proteins involved in energy production and translation increased in abundance, while many of the metabolism and defense proteins decreased in abundance. In addition, most of the cell growth/division, protein stability and cell structure proteins were also down-regulated. This is the first report on the metabolic changes involved in developmental reprogramming in protoplasts. The significance of metabolic networks in developmental programming is beginning to emerge. Our study suggested that stress signals, energy metabolism and ribosomal proteins are pivotal components during developmental programming." @default.
- W2604288078 created "2017-04-14" @default.
- W2604288078 creator A5053676002 @default.
- W2604288078 creator A5054933332 @default.
- W2604288078 creator A5068986589 @default.
- W2604288078 creator A5074809215 @default.
- W2604288078 creator A5076005692 @default.
- W2604288078 date "2017-04-08" @default.
- W2604288078 modified "2023-10-16" @default.
- W2604288078 title "Quantitative Proteomics Analysis of Developmental Reprogramming in Protoplasts of the Moss Physcomitrella patens" @default.
- W2604288078 cites W1550050468 @default.
- W2604288078 cites W1560093580 @default.
- W2604288078 cites W1577534759 @default.
- W2604288078 cites W1630194357 @default.
- W2604288078 cites W1842330703 @default.
- W2604288078 cites W1892182006 @default.
- W2604288078 cites W1899578943 @default.
- W2604288078 cites W1939689156 @default.
- W2604288078 cites W1941626479 @default.
- W2604288078 cites W1967605203 @default.
- W2604288078 cites W1968393123 @default.
- W2604288078 cites W1972399303 @default.
- W2604288078 cites W1976554678 @default.
- W2604288078 cites W1980630177 @default.
- W2604288078 cites W1981055008 @default.
- W2604288078 cites W1983175553 @default.
- W2604288078 cites W1984444346 @default.
- W2604288078 cites W1984931665 @default.
- W2604288078 cites W1993233599 @default.
- W2604288078 cites W1994424708 @default.
- W2604288078 cites W2003979548 @default.
- W2604288078 cites W2008410413 @default.
- W2604288078 cites W2010460322 @default.
- W2604288078 cites W2014090897 @default.
- W2604288078 cites W2023797641 @default.
- W2604288078 cites W2023936297 @default.
- W2604288078 cites W2035010201 @default.
- W2604288078 cites W2040627394 @default.
- W2604288078 cites W2041259940 @default.
- W2604288078 cites W2043457504 @default.
- W2604288078 cites W2045729783 @default.
- W2604288078 cites W2046330140 @default.
- W2604288078 cites W2052982098 @default.
- W2604288078 cites W2059223857 @default.
- W2604288078 cites W2063381787 @default.
- W2604288078 cites W2065255749 @default.
- W2604288078 cites W2068826412 @default.
- W2604288078 cites W2069204963 @default.
- W2604288078 cites W2079620518 @default.
- W2604288078 cites W2081744992 @default.
- W2604288078 cites W2083086070 @default.
- W2604288078 cites W2088183436 @default.
- W2604288078 cites W2089237763 @default.
- W2604288078 cites W2090505958 @default.
- W2604288078 cites W2095491090 @default.
- W2604288078 cites W2101524853 @default.
- W2604288078 cites W2102131116 @default.
- W2604288078 cites W2107351025 @default.
- W2604288078 cites W2109996321 @default.
- W2604288078 cites W2113495407 @default.
- W2604288078 cites W2125525850 @default.
- W2604288078 cites W2131098355 @default.
- W2604288078 cites W2134581695 @default.
- W2604288078 cites W2136119409 @default.
- W2604288078 cites W2141995813 @default.
- W2604288078 cites W2146309654 @default.
- W2604288078 cites W2146816247 @default.
- W2604288078 cites W2153390210 @default.
- W2604288078 cites W2153488363 @default.
- W2604288078 cites W2164596318 @default.
- W2604288078 cites W2165151975 @default.
- W2604288078 cites W2166809548 @default.
- W2604288078 cites W2167916354 @default.
- W2604288078 cites W2171113887 @default.
- W2604288078 cites W2171323620 @default.
- W2604288078 cites W2259641960 @default.
- W2604288078 cites W2304836768 @default.
- W2604288078 cites W2340761255 @default.
- W2604288078 cites W2341636402 @default.
- W2604288078 cites W2589461459 @default.
- W2604288078 cites W4230740917 @default.
- W2604288078 cites W4232098021 @default.
- W2604288078 cites W4249735284 @default.
- W2604288078 doi "https://doi.org/10.1093/pcp/pcx039" @default.
- W2604288078 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28398533" @default.
- W2604288078 hasPublicationYear "2017" @default.
- W2604288078 type Work @default.
- W2604288078 sameAs 2604288078 @default.
- W2604288078 citedByCount "6" @default.
- W2604288078 countsByYear W26042880782017 @default.
- W2604288078 countsByYear W26042880782018 @default.
- W2604288078 countsByYear W26042880782019 @default.
- W2604288078 countsByYear W26042880782020 @default.
- W2604288078 countsByYear W26042880782021 @default.
- W2604288078 crossrefType "journal-article" @default.
- W2604288078 hasAuthorship W2604288078A5053676002 @default.
- W2604288078 hasAuthorship W2604288078A5054933332 @default.
- W2604288078 hasAuthorship W2604288078A5068986589 @default.