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| 1 | The Arabidopsis AP2/ERF Transcription Factor RAP2.11 Modulates Plant Response to Low-Potassium Conditions显示文摘植物对低营养素的条件作出回应通过新陈代谢并且增加他们的能力到的形态学变化幸存并且成长。抄写因素 RAP2.11 通过高亲密关系的 K+ 举起 transporter AtHAK5 的规定和低钾的信号 transduction 小径的另外的部件在对低钾的反应作为一个部件被识别。RAP2.11 通过包含了被低钾仅仅通常导致的 AtHAK5 倡导者驾驶的一个酶标记的 Arabidopsis 线标注的激活被识别。这个因素在 vitro 并且在 vivo 跳了到 AtHAK5 倡导者的 GCC 盒子。抄本介绍表明很多基因在由 RAP2.11 overexpression 的根是起来调整的。许多调整基因被识别在在 low-K+ 发信号是重要的功能的范畴。这些范畴包括了乙烯发信号,反应的氧种类生产,并且钙发信号。起来调整的基因的倡导者区域在也在 AtHAK5 倡导者包含的 GCCGGC 主题被充实。这些结果建议 RAP2.11 在 low-K+ 条件下面调整 AtHAK5 表示并且也在表明串联的 low-K+ 通过另外的基因的规定贡献协调回答到低钾的条件。 | Min Jung Kim Daniel Ruzicka Ryoung Shin Daniel P. Schachtman | 2012 | Molecular Plant2012，5，5： | 18 |
| 2 | Transport, signaling, and homeostasis of potassium and sodium in plants显示文摘Potassium(Kt) is an essential macronutrient in plants and a lack of Ktsignificantly reduces the potential for plant growth and development. By contrast, sodium(Nat),while beneficial to some extent, at high concentrations it disturbs and inhibits various physiological processes and plant growth. Due to their chemical similarities, some functions of Kt can be undertaken by Natbut Kthomeostasis is severely affected by salt stress, on the other hand. Recent advances have highlighted the fascinating regulatory mechanisms of Kt and Nattransport and signaling in plants. This review summarizes three major topics:(i) the transport mechanisms of Ktand Natfrom the soil to the shoot and to the cellular compartments;(ii) the mechanisms through which plants sense and respond to Ktand Natavailability; and(iii) the components involved in maintenance of Kt/Nathomeostasis in plants under salt stress. | Eri Adams Ryoung Shin | 2014 | Journal of Integrative Plant Biology2014，56，3： | 16 |
| 3 | Prevalence of Primary and Secondary Antimicrobial Resistance of H elicobacter pylori in K orea from 2003 through 2012显示文摘 | Jung Won Lee Nayoung Kim Jung Mogg Kim Ryoung Hee Nam Hyun Chang Jae Yeon Kim Cheol Min Shin Young Soo Park Dong Ho Lee Hyun Chae Jung | 2012 | Helicobacter2012，，3： | 12 |
| 4 | Helicobacter pylori Might Induce TGF ‐β1‐Mediated EMT by Means of cagE显示文摘 | Hyun Chang Nayoung Kim Ji Hyun Park Ryoung Hee Nam Yoon Jeong Choi Seon Mee Park Yoon Jin Choi Hyuk Yoon Cheol Min Shin Dong Ho Lee | 2015 | Helicobacter2015，，6： | 1 |
| 5 | Nutrient sensingand signaling:NPKS显示文摘 | Daniel P Schachtman Ryoung Shin | 2007 | Annu Rev Plant Biol2007，58，： | 1 |
| 6 | Ultimate eradication rate of H elicobacter pylori after first, second, or third‐line therapy in K orea显示文摘 | Kichul Yoon Nayoung Kim Ryoung H Nam Ji H Suh Seonmin Lee Jung M Kim Ju Y Lee Yong H Kwon Yoon J Choi Hyuk Yoon Cheol M Shin Young S Park Dong H Lee | 2015 | J Gastroenterol Hepatol2015，，3： | 1 |
| 7 | Probiotic suppression of the H. pylori -induced responses by conjugated linoleic acids in a gastric epithelial cell line显示文摘 | Sung Wook Hwang Nayoung Kim Jung Mogg Kim Chul Sung Huh Young Tae Ahn Se Hoon Park Cheol Min Shin Ji Hyun Park Mi Kyoung Lee Ryoung Hee Nam Hye Seung Lee Joo Sung Kim Hyun Chae Jung In Sung Song | 2012 | Prostaglandins Leukotrienes and Essential Fatty Acids (PLEFA)2012，，6： | 1 |
| 8 | Induction of pepper cDNA encoding a lipid transfer protein during the resistance response to tobacco mosaic virus显示文摘 | Chang-Jin Park Ryoung Shin Jeong Mee Park Gil-Je Lee Jin-Sam You Kyung-Hee Paek | 2002 | Plant Molecular Biology2002，，3： | 1 |
| 9 | Schachtman expression of KT/KUP genes in arabidopsis and the role of root hairs in K^+ uptake显示文摘 | SUNG JU AHN RYOUNG SHIN DANIEL P | 2004 | Plant Physiology2004，134，3： | 1 |
| 10 | Probiotic suppression of the H. pylori -induced responses by conjugated linoleic acids in a gastric epithelial cell line显示文摘 | Sung Wook Hwang Nayoung Kim Jung Mogg Kim Chul Sung Huh Young Tae Ahn Se Hoon Park Cheol Min Shin Ji Hyun Park Mi Kyoung Lee Ryoung Hee Nam Hye Seung Lee Joo Sung Kim Hyun Chae Jung In Sung Song | 2012 | Prostaglandins Leukotrienes and Essential Fatty Acids (PLEFA)2012，，6： | 1 |
| 11 | Nucleus-Encoded Thylakoid Protein,OsY3IP1,Confers Enhanced Tolerance to Saline and Alkaline Stresses in Rice显示文摘Abiotic stress confers serious damage to the photosynthetic machinery,often resulting in plant growth inhibition.Hypothetical chloroplast open reading frame 3(Ycf3)-interacting protein 1(Y3IP1)is a nucleus-encoded thylakoid protein and plays an essential role in the assembly of photosystem I.The full-length cDNA over-expresser(FOX)gene-hunting system is an approach using systemically generated gain-of-function mutants.Among the FOX-rice lines,a line CE175 overexpressing rice Y3IP1gene(Os Y3IP1)displayed less inhibition of root growth under saline(NaCl)stress.The expression of Os Y3IP1 was up-regulated under saline and alkaline(Na2CO3)stresses in the rice variety Kitaake.After saline and alkaline treatments,transgenic Kitaake overexpressing OsY3IP1-GFP(OsY3IP1-GFPox/Kit)displayed higher levels of chlorophyll content compared to Kitaake.Under the stress conditions,the maximum quantum yield of photosystem II photochemistry levels was higher in OsY3IP1-GFPox/Kit than in Kitaake.The increased tolerance conferred by OsY3IP1 overexpression correlated with reduced reactive oxygen species accumulation.Our data provide new insights into the possible role of OsY3IP1 in the pathway suppressing photooxidative damage under stress conditions.These features can be further exploited to improve saline and alkaline tolerances of rice plants in future. | Hyeran MOON Young-Ah KIM Ryoung SHIN Chang-Jin PARK | 2022 | Rice science2022，29，3： | 0 |
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