Matches in SemOpenAlex for { <https://semopenalex.org/work/W4322630122> ?p ?o ?g. }
- W4322630122 endingPage "4690" @default.
- W4322630122 startingPage "4690" @default.
- W4322630122 abstract "Vanilla planifolia is an orchid of cultural and economic value. However, its cultivation in many tropical countries is threatened by water stress. In contrast, V. pompona is a species that is tolerant of prolonged periods of drought. Due to the need for plants' resistant to water stress, the use of hybrids of these two species is considered. Therefore, the objective of this study was to evaluate the morphological and physio-chemical responses of in vitro vanilla seedlings of the parental genotype V. planifolia, and the hybrids V. planifolia × V. pompona and V. pompona × V. planifolia, which were then exposed over five weeks to polyethylene glycol-induced water stress (-0.49 mPa). Stem and root length, relative growth rate, number of leaves and roots, stomatal conductance, specific leaf area, and leaf water content were determined. Metabolites potentially associated with the response to water stress were identified in leaves, through untargeted and targeted metabolomics. Both hybrids exhibited a smaller decrease in the morphophysiological responses compared to V. planifolia and exhibited an enrichment of metabolites such as carbohydrates, amino acids, purines, phenols, and organic acids. Hybrids of these two species are considered as a potential alternative to the traditional cultivation of vanilla to face drought in a global warming scenario." @default.
- W4322630122 created "2023-03-01" @default.
- W4322630122 creator A5006487792 @default.
- W4322630122 creator A5012821013 @default.
- W4322630122 creator A5017982393 @default.
- W4322630122 creator A5041031783 @default.
- W4322630122 creator A5048601373 @default.
- W4322630122 creator A5060287585 @default.
- W4322630122 date "2023-02-28" @default.
- W4322630122 modified "2023-10-03" @default.
- W4322630122 title "Morphological and Physio-Chemical Responses to PEG-Induced Water Stress in Vanilla planifolia and V. pompona Hybrids" @default.
- W4322630122 cites W1182682356 @default.
- W4322630122 cites W1677397773 @default.
- W4322630122 cites W1975646251 @default.
- W4322630122 cites W1976327004 @default.
- W4322630122 cites W1979880597 @default.
- W4322630122 cites W1991394402 @default.
- W4322630122 cites W2010866727 @default.
- W4322630122 cites W2029522139 @default.
- W4322630122 cites W2071724010 @default.
- W4322630122 cites W2073230608 @default.
- W4322630122 cites W2078636104 @default.
- W4322630122 cites W2099540110 @default.
- W4322630122 cites W2108886061 @default.
- W4322630122 cites W2118295263 @default.
- W4322630122 cites W2128450555 @default.
- W4322630122 cites W2133736195 @default.
- W4322630122 cites W2146183320 @default.
- W4322630122 cites W2149856015 @default.
- W4322630122 cites W2159267296 @default.
- W4322630122 cites W2281826003 @default.
- W4322630122 cites W2408652539 @default.
- W4322630122 cites W2409040396 @default.
- W4322630122 cites W2484723643 @default.
- W4322630122 cites W2500443605 @default.
- W4322630122 cites W2504486322 @default.
- W4322630122 cites W2513915453 @default.
- W4322630122 cites W2552902616 @default.
- W4322630122 cites W2555863561 @default.
- W4322630122 cites W2621014252 @default.
- W4322630122 cites W2777094855 @default.
- W4322630122 cites W2789567763 @default.
- W4322630122 cites W2792239419 @default.
- W4322630122 cites W2794135796 @default.
- W4322630122 cites W2798061297 @default.
- W4322630122 cites W2800039011 @default.
- W4322630122 cites W2801776293 @default.
- W4322630122 cites W2810343748 @default.
- W4322630122 cites W2884970895 @default.
- W4322630122 cites W2895134211 @default.
- W4322630122 cites W2898529932 @default.
- W4322630122 cites W2905105541 @default.
- W4322630122 cites W2917300272 @default.
- W4322630122 cites W2945559465 @default.
- W4322630122 cites W2947316228 @default.
- W4322630122 cites W2956066525 @default.
- W4322630122 cites W2979469416 @default.
- W4322630122 cites W2981217383 @default.
- W4322630122 cites W3002196912 @default.
- W4322630122 cites W3005250824 @default.
- W4322630122 cites W3005276641 @default.
- W4322630122 cites W3017165410 @default.
- W4322630122 cites W3025551504 @default.
- W4322630122 cites W3037895725 @default.
- W4322630122 cites W3041759463 @default.
- W4322630122 cites W3043062735 @default.
- W4322630122 cites W3104694925 @default.
- W4322630122 cites W3109799851 @default.
- W4322630122 cites W3113086956 @default.
- W4322630122 cites W3125557892 @default.
- W4322630122 cites W3125585531 @default.
- W4322630122 cites W3127893998 @default.
- W4322630122 cites W3130503946 @default.
- W4322630122 cites W3132389144 @default.
- W4322630122 cites W3134089265 @default.
- W4322630122 cites W3160321910 @default.
- W4322630122 cites W3182395921 @default.
- W4322630122 cites W3184276239 @default.
- W4322630122 cites W3186516206 @default.
- W4322630122 cites W3186692317 @default.
- W4322630122 cites W3195696953 @default.
- W4322630122 cites W3197722821 @default.
- W4322630122 cites W3210173374 @default.
- W4322630122 cites W3212395086 @default.
- W4322630122 cites W3213476548 @default.
- W4322630122 cites W4214812257 @default.
- W4322630122 cites W4235910292 @default.
- W4322630122 cites W4254687493 @default.
- W4322630122 cites W4596803 @default.
- W4322630122 doi "https://doi.org/10.3390/ijms24054690" @default.
- W4322630122 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36902119" @default.
- W4322630122 hasPublicationYear "2023" @default.
- W4322630122 type Work @default.
- W4322630122 citedByCount "0" @default.
- W4322630122 crossrefType "journal-article" @default.
- W4322630122 hasAuthorship W4322630122A5006487792 @default.
- W4322630122 hasAuthorship W4322630122A5012821013 @default.
- W4322630122 hasAuthorship W4322630122A5017982393 @default.