The interaction effect of CS*SFSF on enzyme Activity Fluctuations in Leaves under cycling irrigation (CI) combined with Si fertilization. by Jieru Zhao (21262027)

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The interaction effect of CS*SFSF on Chlorophyll levels subjected to varied cycling irrigation (CI) modes coupled with silicon supplementation. by Jieru Zhao (21262027)

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The interaction effect of CS*SFSF on Changes in soil pH (a), potassium to sodium ratio (K/Na) (b), ESP (c), and SAR (d) under cycling irrigation (CI) coupled with silicon fertiliza... by Jieru Zhao (21262027)

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Soil enzyme activity under CI combined with Si fertilizer. by Jieru Zhao (21262027)

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The interaction effect of CS*SFSF on fluctuations in silicon content within soil and leaf under cycling irrigation (CI) coupled with Si fertilization. by Jieru Zhao (21262027)

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The interaction effect of CS*SFSF on soil ion content under cycling irrigation (CI) combined with Si fertilization. by Jieru Zhao (21262027)

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Experimental treatments and design for cycling irrigation sequence (CS) and silicon fertilizer spraying frequency (SFSF). by Jieru Zhao (21262027)

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The interaction effect of CS*SFSF on alterations in leaf Malondialdehyde (MDA) and soluble protein levels subjected to cycling irrigation (CI) methods in conjunction with silicon n... by Jieru Zhao (21262027)

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The interaction effect of CS*SFSF on SOM and WDPT under cycling irrigation (CI) coupled with Si fertilization. by Jieru Zhao (21262027)

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Soil moisture and EC under cycling irrigation (CI) combined with Si fertilization. by Jieru Zhao (21262027)

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First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”

First Sila-Vitamin D Analogues: Design, Synthesis, Structural Analysis and Biological Activity by Julian Loureiro (20357035)

“…These sila-analogues show similar VDR binding and transcriptional activity in comparison with the natural hormone 1,25D₃, but with significantly less hypercalcemic activity. The new analogues, when combined with chemotherapy, significantly decrease cell proliferation.…”