<i>PsnWRKY95</i> transgenic plants selection and functional analysis of <i>PsnWRKY95</i> in cadmium resistance. by Yuzhao Ma (12840632)

Analysis of <i>PtWRKYs</i> expression in response to Cd. by Yuzhao Ma (12840632)

S1 Data - Does microcredit for the poverty-alleviated population have an income-increasing effect? Also on the “Raising the Low” effect by Yin Liu (50073)

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Cis-acting elements in the promoter of PtWRKYs. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

The Ka/Ks values of PtWRKY paralogous gene pairs. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

RNA-seq data of WRKY genes. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

Analysis of PtWRKY genes. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

The primer sequences for RT-qPCR. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

Results of the mediation model test for the elevated inhibition function in the relationship between elevated mindfulness level and decreased mobile phone addiction index. by Jizhao Li (5856650)

Grading of cataractous changes adapted from Agarwal et al. (2013) [32]. by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Gradation of lens changes in normal diet, pre-treated and treated groups. by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Phytochemical tests of saffron ethanolic extract (SEE). by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Retention time (t_R) of crocin, crocetin and picocrocin. by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Histopathological changes in pre-treated group, treated group and normal diet group. by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Fig 3 - by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Experimental outline for saffron extraction and HPLC analysis. by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Animal experimental protocol: Rabbit grouping. by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Fig 4 - by Yasmin Mohd Zainal Abidin Shukri (20558861)

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HPLC data. by Yasmin Mohd Zainal Abidin Shukri (20558861)

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Hdc loss in the MZ causes lamellocyte differentiation through cell-autonomous mechanisms. by Bayan Kharrat (19959505)