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Your search keyword '"Shan, Xiaoyi"' showing total 23 results
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23 results on '"Shan, Xiaoyi"'

9. Signal‐specific spatiotemporal organization of AtRGS1 in plant pattern‐triggered immunity.

Author

Su, Bodan, Wang, Anqi, Lin, Jinxing, Xie, Daoxin, and Shan, Xiaoyi

Subjects
CHITIN, G protein coupled receptors, DISEASE resistance of plants, COATED vesicles, PATTERN perception receptors, PEPTIDE receptors, FLUORESCENCE resonance energy transfer
Abstract

This article, published in the New Phytologist journal, discusses the behavior and internalization of the AtRGS1 protein in response to different pathogen-associated molecular patterns (PAMPs) and damage-associated molecular patterns (DAMPs) in Arabidopsis thaliana. The study found that AtRGS1 exhibits distinct behaviors and endocytic pathways depending on the type of PAMP/DAMP, and that its phosphorylation pattern contributes to its organization and endocytic model. The research provides insights into the mechanisms of plant immune responses. [Extracted from the article]

Published
2024
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11. Changes in Spina Bifida Lesion Level After Folic Acid Fortification in the US

Author

Mai, Cara T., primary, Evans, Jane, additional, Alverson, Clinton J., additional, Yue, Xin, additional, Flood, Timothy, additional, Arnold, Kathryn, additional, Nestoridi, Eirini, additional, Denson, Lindsay, additional, Adisa, Olufunmilola, additional, Moore, Cynthia A., additional, Nance, Amy, additional, Zielke, Katherine, additional, Rice, Sydney, additional, Shan, Xiaoyi, additional, Dean, Jane H., additional, Ethen, Mary, additional, Hansen, Brenda, additional, Isenburg, Jennifer, additional, and Kirby, Russell S., additional

Published
2023
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13. Prevalence and descriptive epidemiology of Turner syndrome in the United States, 2000–2017: A report from the National Birth Defects Prevention Network

Author

Martin‐Giacalone, Bailey A., primary, Lin, Angela E., additional, Rasmussen, Sonja A., additional, Kirby, Russell S., additional, Nestoridi, Eirini, additional, Liberman, Rebecca F., additional, Agopian, A. J., additional, Carey, John C., additional, Cragan, Janet D., additional, Forestieri, Nina, additional, Leedom, Vinita, additional, Boyce, Aubree, additional, Nembhard, Wendy N., additional, Piccardi, Monika, additional, Sandidge, Theresa, additional, Shan, Xiaoyi, additional, Shumate, Charles J., additional, Stallings, Erin B., additional, Stevenson, Roger, additional, and Lupo, Philip J., additional

Published
2023
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14. Additional file 4 of VA-TIRFM-based SM kymograph analysis for dwell time and colocalization of plasma membrane protein in plant cells

Author

Su, Bodan, Wang, Anqi, Xie, Daoxin, and Shan, Xiaoyi

Abstract

Additional file 4: Figure S2. Dwell time distribution of AtRGS1-YFP and mCherry-AtREM1.3 on the PM analyzed by traditional kymography methods under different conditions. The 6-day-old transgenic seedlings expressing AtRGS1-YFP (A, B) and mCherry-AtREM1.3 (C, D) were treated with ½ MS liquid medium (CK) and 100 μM MeJA (JA) for 8 h. Bar = 2 s.

Published
2023
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15. Additional file 3 of VA-TIRFM-based SM kymograph analysis for dwell time and colocalization of plasma membrane protein in plant cells

Author

Su, Bodan, Wang, Anqi, Xie, Daoxin, and Shan, Xiaoyi

Abstract

Additional file 3: Figure S1. SCI of AtRGS1-YFP or mCherry-AtREM1.3 analyzed by ImageJ software under different conditions. The 6-day-old transgenic seedlings expressing AtRGS1-YFP (A) and mCherry-AtREM1.3 (B) were treated with ½ MS liquid medium (CK) and 100 μM MeJA (JA) for 8 h by TIRFM observation. ***P < 0.001. ns > 0.05. Student’s t-test. Error bars represent the SD. n = 32 to 67 per treatment.

Published
2023
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16. Additional file 6 of VA-TIRFM-based SM kymograph analysis for dwell time and colocalization of plasma membrane protein in plant cells

Author

Su, Bodan, Wang, Anqi, Xie, Daoxin, and Shan, Xiaoyi

Abstract

Additional file 6: Figure S4. Colocalization between AtRGS1-YFP and mCherry-AtREM1.3 analyzed by traditional kymography under different conditions. A–C Typical 2D viewer of AtRGS1-YFP (A), mCherry-AtREM1.3 (B), and merge (C) images at steady state. D–F Typical 2D viewer of AtRGS1-YFP (D), mCherry-AtREM1.3 (E), and merge (F) images with JA treatment. Bar = 3 s. The 6-day-old transgenic seedlings co-expressing AtRGS1-YFP and mCherry-AtREM1.3 were treated with ½ MS liquid medium (CK) and 100 μM MeJA (JA) for 8 h.

Published
2023
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17. Additional file 5 of VA-TIRFM-based SM kymograph analysis for dwell time and colocalization of plasma membrane protein in plant cells

Author

Su, Bodan, Wang, Anqi, Xie, Daoxin, and Shan, Xiaoyi

Abstract

Additional file 5: Figure S3. Colocalization between AtRGS1-YFP and mCherry-AtREM1.3 analyzed by VA-TIRFM under different conditions. A–C Typical single-molecular viewer of AtRGS1-YFP (A), mCherry-AtREM1.3 (B), and merge (C) images at steady state. D–F Typical single-molecular viewer of AtRGS1-YFP (D), mCherry-AtREM1.3 (E), and merge (F) images upon JA treatment. Bar = 5 μm. The 6-day-old transgenic seedlings co-expressing AtRGS1-YFP and mCherry-AtREM1.3 were treated with ½ MS liquid medium (CK) and 100 μM MeJA (JA) for 8 h.

Published
2023
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19. Changes in Spina Bifida Lesion Level after Folic Acid Fortification in the US

Author

Mai, Cara T., primary, Evans, Jane, additional, Alverson, Clinton J., additional, Yue, Xin, additional, Flood, Timothy, additional, Arnold, Kathryn, additional, Nestoridi, Eirini, additional, Denson, Lindsay, additional, Adisa, Olufunmilola, additional, Moore, Cynthia A., additional, Nance, Amy, additional, Zielke, Katherine, additional, Rice, Sydney, additional, Shan, Xiaoyi, additional, Dean, Jane H., additional, Ethen, Mary, additional, Hansen, Brenda, additional, Isenburg, Jennifer, additional, and Kirby, Russell S., additional

Published
2022
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20. Jasmonate-based warfare between the pathogenic intruder and host plant: who wins?

Author

Li, Rui, Yang, Yongfang, Lou, Hao, Wang, Weicheng, Yan, Jianbin, Shan, Xiaoyi, and Xie, Daoxin

Subjects
JASMONATE, HOST plants, PHYTOPATHOGENIC microorganisms, PLANT breeding, MILITARY science, CROP growth, PLANT defenses
Abstract

Plants and microbial pathogens often engage in a fierce war that determines their survival. Host plants have evolved sophisticated regulatory mechanisms to fine-tune defense responses to counter attacks from pathogens, while pathogens often hijack the lipid-derived phytohormone jasmonate to cause hormonal signaling imbalances for efficient infection. This review focuses on the jasmonate-based warfare between host plants and pathogenic intruders, and further discusses approaches to uncouple plant growth and defense tradeoffs in crop breeding. [ABSTRACT FROM AUTHOR]

Published
2023
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21. Prevalence of critical congenital heart defects and select co‐occurring congenital anomalies, 2014–2018: A U.S. population‐based study

Author

Stallings, Erin Bugenske, primary, Isenburg, Jennifer L., additional, Aggarwal, Deepa, additional, Lupo, Philip J., additional, Oster, Matthew E., additional, Shephard, Hanna, additional, Liberman, Rebecca F., additional, Kirby, Russell S., additional, Nestoridi, Eirini, additional, Hansen, Brenda, additional, Shan, Xiaoyi, additional, Navarro Sanchez, Maria Luisa, additional, Boyce, Aubree, additional, and Heinke, Dominique, additional

Published
2022
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23. Rational Design and Synthesis of ZnWO 4 Nanorods Decorated with SnS Nanodots with Enhanced Visible-Light Photocatalytic Performance.

Author

Shan, Xiaoyi, Jia, Tiekun, and Fu, Fang

Subjects
*NANORODS, *CHARGE transfer, *CHARGE carriers, *ELECTROCHEMICAL analysis, *REFLECTANCE spectroscopy, *PHOTOCURRENTS
Abstract

Aiming to construct a direct Z-scheme binary heterostructure for efficient degradation of the organic dye Rhodamine B (RhB), ZnWO4 nanorods decorated with SnS nanodots were rationally designed and prepared via a facile two-step route. Morphological observation and structural study showed that ultra-fine SnS nanodots were anchored on the surface of ZnWO4 nanorods to form an intimate contact between the two components. Such a special structure provided SnS/ZnWO4 nanocomposites with significantly enhanced light harvesting capacity, revealed by the results of UV-vis diffuse reflection spectroscopy (DRS). Photoluminescence (PL) analysis in combination with electrochemical measurements demonstrated that the recombination of photoactivated charge carriers was efficiently inhibited and the transfer of photoactivated charge carriers was successfully achieved due to the introduction of SnS. The degradation rate over SnS/ZnWO4 nanocomposites reached a maximum value at SnS content of 9 wt%. The significantly enhanced photoactivity of SnS/ZnWO4 nanocomposites was imputed to the synergistic effect of the promoted light absorption ability and effective photogenerated charge carriers' transfer and separation. [ABSTRACT FROM AUTHOR]

Published
2021
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