“…The all experiments was performed under randomized block design containing two genotypes (CNPAE183, and CNPAE218), one saline concentrations (750 mM L -1 of NaCl) added to Hoagland nutrient solution and 4 replicates. The saline concentration used in this study merged after two previously study of our research group [10,11]. Corte-Real, Miranda [10] describes that while CNPAE183 readily recovered our net photosynthesis after salt stress alleviation, CNPAE218 never recovered our net photosynthesis, since even after 914 hours of salt alleviation its net photosynthesis were negative or almost zero.…”
Section: Plant Materials and Grown Conditionsmentioning
confidence: 87%
“…The saline concentration used in this study merged after two previously study of our research group [10,11]. Corte-Real, Miranda [10] describes that while CNPAE183 readily recovered our net photosynthesis after salt stress alleviation, CNPAE218 never recovered our net photosynthesis, since even after 914 hours of salt alleviation its net photosynthesis were negative or almost zero. To effect of comparison, 750 mM L -1 of NaCl, corresponding to 46.8 dS m -1 of electrical conductivity, obtained after linear regression between [NaCl] and its respective electrical conductivity.…”
Section: Plant Materials and Grown Conditionsmentioning
confidence: 87%
“…Originally, this study was designed to compare six different genotypes of Jatropha curcas. However, based in the previous study of our research group [10,11],…”
Section: Plant Materials and Grown Conditionsmentioning
confidence: 98%
“…The performance of J. curcas under salt stress has been the target of several physiological studies [9][10][11][12][13][14]. Recently, some studies [10][11][12] have been described J. curcas genotypes more tolerant do salinity than others.…”
Section: Introductionmentioning
confidence: 99%
“…The performance of J. curcas under salt stress has been the target of several physiological studies [9][10][11][12][13][14]. Recently, some studies [10][11][12] have been described J. curcas genotypes more tolerant do salinity than others. Although, J. curcas is a relatively drought-tolerant plant [15][16][17], it is also considered a salt-sensitive one [12,18,19], while others classify it as moderately tolerant to salt stress [13].…”
Comparative analysis of salt-induced changes in the leaves proteome of two contrasting Jatropha curcas genotypesAnálise comparativa no proteoma, induzido por salinidade, em folhas de dois genótipos contrastantes de Jatropha curcas
“…The all experiments was performed under randomized block design containing two genotypes (CNPAE183, and CNPAE218), one saline concentrations (750 mM L -1 of NaCl) added to Hoagland nutrient solution and 4 replicates. The saline concentration used in this study merged after two previously study of our research group [10,11]. Corte-Real, Miranda [10] describes that while CNPAE183 readily recovered our net photosynthesis after salt stress alleviation, CNPAE218 never recovered our net photosynthesis, since even after 914 hours of salt alleviation its net photosynthesis were negative or almost zero.…”
Section: Plant Materials and Grown Conditionsmentioning
confidence: 87%
“…The saline concentration used in this study merged after two previously study of our research group [10,11]. Corte-Real, Miranda [10] describes that while CNPAE183 readily recovered our net photosynthesis after salt stress alleviation, CNPAE218 never recovered our net photosynthesis, since even after 914 hours of salt alleviation its net photosynthesis were negative or almost zero. To effect of comparison, 750 mM L -1 of NaCl, corresponding to 46.8 dS m -1 of electrical conductivity, obtained after linear regression between [NaCl] and its respective electrical conductivity.…”
Section: Plant Materials and Grown Conditionsmentioning
confidence: 87%
“…Originally, this study was designed to compare six different genotypes of Jatropha curcas. However, based in the previous study of our research group [10,11],…”
Section: Plant Materials and Grown Conditionsmentioning
confidence: 98%
“…The performance of J. curcas under salt stress has been the target of several physiological studies [9][10][11][12][13][14]. Recently, some studies [10][11][12] have been described J. curcas genotypes more tolerant do salinity than others.…”
Section: Introductionmentioning
confidence: 99%
“…The performance of J. curcas under salt stress has been the target of several physiological studies [9][10][11][12][13][14]. Recently, some studies [10][11][12] have been described J. curcas genotypes more tolerant do salinity than others. Although, J. curcas is a relatively drought-tolerant plant [15][16][17], it is also considered a salt-sensitive one [12,18,19], while others classify it as moderately tolerant to salt stress [13].…”
Comparative analysis of salt-induced changes in the leaves proteome of two contrasting Jatropha curcas genotypesAnálise comparativa no proteoma, induzido por salinidade, em folhas de dois genótipos contrastantes de Jatropha curcas
Jatropha curcas is a common species in Brazil, potentially being an option to produce oil for bioenergetic purposes. Around the world, J. curcas has been cultivated in areas of low fertility, in the presence of salts, and with the use of brackish groundwater.Salt stress can hinder the absorption of nutrients and allow entry of ions in toxic concentrations, affecting the development and productivity of plants. This study aimed to evaluate the effect of salinity on the gaseous exchange and the dynamics of some mineral nutrients in the leaves, stems and roots of J. curcas, subjected to two levels of NaCl (0 and 150 mM) in four genotypes: CNPAE183 (tolerant-like), JCAL171 (sensitivelike) and CNPAE133 and CNPAE266 (confused responses to tolerance). Salt treatment promotes a strong reduction in photosynthesis and plant height in all genotypes, although more drastic in CNPAE266 (77.5% and 70% respectively). Additionally, NaCl reduced the content of manganese, calcium, potassium and phosphorus in the leaves, elements linked to gas exchange. The salt-tolerant-like (CNPAE183) and salt-sensitivelike (JCAL171) transcriptome matched the applied sequences, with few chimeric sequences and novel transcripts with no similarities.
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