Effectiveness of the proposed method to decrease chloroplast contamination. by Gabriela Madrid (11871401)

Supplementary file 1_Intercropping of short- and tall-stature maize decreases lodging risk without yield penalty at high planting density.docx by Jianhong Ren (2186293)

“…Moreover, decreased superoxide dismutase (SOD) activity and SPAD, increased malondialdehyde content of ear leaf was observed for intercropped ZD, due to shading stress caused by tall XY. …”

Boxplot comparing Ct values for HD in flies and clothes. by Philippe Ndzomo (17706039)

Genes differentially expressed between HP and CP treatments in potato leaf. by Margaret A. Carpenter (6104180)

S1 Data. Bibliometric analysis. S2 Data. Estrogen level analysis. S3 Data. MicroCT quantification. S4 Data. Markers of bone metabolism. by Yan She (8639796)

The whole leaf image segmented using SAM. by Afira Aslam (21433666)

T-DNA insertions in <i>AtB’’α</i>, <i>AtB’’β</i>, <i>AtB’’γ</i>, and <i>AtB’’δ</i> do not affect touch-induced root bending. by Hyuk Sung Yoon (20208672)

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All DEGs in wild-type and <i>atb’’αβγδ</i> plants. by Hyuk Sung Yoon (20208672)

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<i>atb’’αβγδ</i> plants exhibit retarded development under calcium-deficient and ABA-supplemented conditions after germination. by Hyuk Sung Yoon (20208672)

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Homer-derived motifs. by Hyuk Sung Yoon (20208672)

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The expression levels of putative VIP1 target genes that were upregulated by brushing in brushed <i>atb’’αβγδ</i> leaves. by Hyuk Sung Yoon (20208672)

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Leaves of the <i>atb’’αβγδ</i> plants under brushing-induced mechanical stress conditions. by Hyuk Sung Yoon (20208672)

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Fig 4 - by Hyuk Sung Yoon (20208672)

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All TPM values. by Hyuk Sung Yoon (20208672)

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Skin marks is the S1 Fig title. by Mercedes Soto-González (20422078)

Details the amount of fertilizer applied to blueberries over a 10-day period during each stage (Compounds). by Xianyong Wang (22601067)

Image 4_Insight into the genetics of a novel white-striped leaf in rice.tif by Maiporn Maipoka (22089884)

“…</p>Methodology<p>We identified a unique white-striped leaf (wsl) mutant, RBR05, which is productive, stage-specific and temperature-sensitive, albeit with low chlorophyll content during the adult stage and recessive to regular solid-green leaf (SGL) rice. …”

Image 5_Insight into the genetics of a novel white-striped leaf in rice.tif by Maiporn Maipoka (22089884)

“…</p>Methodology<p>We identified a unique white-striped leaf (wsl) mutant, RBR05, which is productive, stage-specific and temperature-sensitive, albeit with low chlorophyll content during the adult stage and recessive to regular solid-green leaf (SGL) rice. …”

Image 6_Insight into the genetics of a novel white-striped leaf in rice.tif by Maiporn Maipoka (22089884)

“…</p>Methodology<p>We identified a unique white-striped leaf (wsl) mutant, RBR05, which is productive, stage-specific and temperature-sensitive, albeit with low chlorophyll content during the adult stage and recessive to regular solid-green leaf (SGL) rice. …”

Table 2_Insight into the genetics of a novel white-striped leaf in rice.docx by Maiporn Maipoka (22089884)

“…</p>Methodology<p>We identified a unique white-striped leaf (wsl) mutant, RBR05, which is productive, stage-specific and temperature-sensitive, albeit with low chlorophyll content during the adult stage and recessive to regular solid-green leaf (SGL) rice. …”