Picture of an individual plant from the homozygous mutant rice lines L-5.7(-6). by Phuong Nguyen Duy (11414117)

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Virulence of Vietnamese <i>Xoo</i> strains VXO_11 and VXO_15 on TBR225 rice. by Phuong Nguyen Duy (11414117)

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CRISPR/Cas9-induced <i>OsSWEET14</i> promoter modification in TBR225 rice. by Phuong Nguyen Duy (11414117)

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<i>OsSWEET14</i> is likely a susceptibility gene for Vietnamese <i>Xoo</i> strains in rice cultivar TBR225. by Phuong Nguyen Duy (11414117)

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Image_2_Metabolomic Profiling of Dongxiang Wild Rice Under Salinity Demonstrates the Significant Role of Amino Acids in Rice Salt Stress.pdf by Yaling Chen (713903)

“…A total of 90 metabolites were significantly changed (49 upregulated and 41 downregulated) under salinity, of which the largest increase was in DL-2-Aminoadipic acid (27.08-fold) and the largest decrease was in L-Carnitine (0.014-fold). …”

Table_1_Metabolomic Profiling of Dongxiang Wild Rice Under Salinity Demonstrates the Significant Role of Amino Acids in Rice Salt Stress.xlsx by Yaling Chen (713903)

“…A total of 90 metabolites were significantly changed (49 upregulated and 41 downregulated) under salinity, of which the largest increase was in DL-2-Aminoadipic acid (27.08-fold) and the largest decrease was in L-Carnitine (0.014-fold). …”

Table_3_Metabolomic Profiling of Dongxiang Wild Rice Under Salinity Demonstrates the Significant Role of Amino Acids in Rice Salt Stress.docx by Yaling Chen (713903)

“…A total of 90 metabolites were significantly changed (49 upregulated and 41 downregulated) under salinity, of which the largest increase was in DL-2-Aminoadipic acid (27.08-fold) and the largest decrease was in L-Carnitine (0.014-fold). …”

Image_1_Metabolomic Profiling of Dongxiang Wild Rice Under Salinity Demonstrates the Significant Role of Amino Acids in Rice Salt Stress.pdf by Yaling Chen (713903)

“…A total of 90 metabolites were significantly changed (49 upregulated and 41 downregulated) under salinity, of which the largest increase was in DL-2-Aminoadipic acid (27.08-fold) and the largest decrease was in L-Carnitine (0.014-fold). …”

Table_2_Metabolomic Profiling of Dongxiang Wild Rice Under Salinity Demonstrates the Significant Role of Amino Acids in Rice Salt Stress.xlsx by Yaling Chen (713903)

“…A total of 90 metabolites were significantly changed (49 upregulated and 41 downregulated) under salinity, of which the largest increase was in DL-2-Aminoadipic acid (27.08-fold) and the largest decrease was in L-Carnitine (0.014-fold). …”

BLB resistance assays for homozygous mutant rice lines L-5.7(-6), L-15.4(+1) and L-31.12(-3). by Phuong Nguyen Duy (11414117)

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Decrease of injuries. by Petr Fulin (8380320)

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Decrease of admissions and lead diagnoses. by Petr Fulin (8380320)

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Conidia produced in rice tissue media have decreased germination rates. by Yufu Wang (5575412)

Significant relationships between QOL measures on infusion day and day 7. by Jordan K. Abbott (8934239)

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Sensitivity analyses of seroprevalence with the largest sample size study omitted. by Yu Zhou (89766)

Pearson correlation for studied rice growth attributes affected zinc application at different growth stages. by Hassan Mehmood (9574947)

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Tissue, days post-infection (dpi) and the top 10 most significant genes with increased and decreased expression with valid gene symbols for the response contrasts. by Gillian P. McHugo (8965919)

DataSheet_1_Strigolactones Decrease Leaf Angle in Response to Nutrient Deficiencies in Rice.pdf by Masato Shindo (8489031)

“…In “Nipponbare”, endogenous SL levels increased and the LJ angle was decreased under −N and −P. These results indicate that SL levels increased in response to nutrient deficiencies, and that elevated endogenous SLs might negatively regulate leaf angle in rice.…”

Effect of zinc foliar application at tillering and panicle stages with and without AMF inoculation on rice grains nitrogen, phosphorus, potassium and zinc. by Hassan Mehmood (9574947)

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The top 10 putative metabolites with the largest negative fold change between normal and thin cows. by Bhuripit Saraphol (20855573)