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3 - 37 Irradiation Experiment of ODS Ferritic Steels with 122 MeV Ne Ions at HIrFL-SFC

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IMP & HIrFL Annual report 2012年第1期 127-128页

作者： Zhang Chonghong Song Yin Yang Yitao Zhang Liqing Gou jie Li jianjian Meng Yancheng jiachao Chen j.S. jang

垂线偏差-大地水准面与逆范宁-梅尼兹公式的应用——联合多种卫星测高数据求解全球海平面与海洋重力异常

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导航定位学报 2003年第1期 4-5页

作者： C. Hwang H.-Y. Hsu r.-j. jang 常晓涛 Department of Civil Engineering National Chiao Tung University Taiwan

卫星测高开辟了地球科学研究的新纪元。平均海面高(MSSH)和海洋重力异常是卫星测高在大地测量和地球物理应用领域的重要成果。平均海面高对于建立全球潮汐模型、海平面变化研究以及海洋测深等方面有重要意义。关于海洋重力异常的应用,Sa... 详细信息

卫星测高开辟了地球科学研究的新纪元。平均海面高(MSSH)和海洋重力异常是卫星测高在大地测量和地球物理应用领域的重要成果。平均海面高对于建立全球潮汐模型、海平面变化研究以及海洋测深等方面有重要意义。关于海洋重力异常的应用,Sandweel与Smith(1997)已进行了说明。根据卫星测高数据计算垂线偏差(DOV)是恢复重力异常的一个新途径。

关键词：平均海面重力异常测高垂线偏差-大地水准面逆范宁-梅尼兹公式

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浮动式平台对挠性管的疲劳损坏

石油石化节能 1999年第7期11卷 47-49页

作者： j.S.jang V.A.Avakov 曹峰新疆准东石油勘探开发公司信息研究所

我们已经开发出一个PC计算机模型能够准确预测浮动式平台升降对挠性管劳损的作用。这个模型表明。如果操作中不正确评估和预测浮动式平台升降的作用，挠性管劳损会在几分钟或几小时内导致操作失败。

关键词：钻井完井修井挠性管浮动式平台计算机模型

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浮动式平台对挠性管的疲劳损坏

国外油田工程 1999年第7期15卷 47-49页

作者： j.S.jang V.A.Avakov 曹峰新疆准东石油勘探开发公司信息研究所

关键词：钻井挠性管浮动式平台模型疲劳损坏

Adenosine monophosphate enhances callus regeneration competence for de novo plant organogenesis

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Molecular Plant 2023年第12期16卷 1867-1870页

作者： Hong Gil Lee Seo Young jang Eun Yee jie Seung Hee Choi Ok-Sun Park Soon Hyung Bae Hyun-Soon Kim Suk Weon Kim Geum-Sook Hwang Pil joon Seo Department of Chemistry Seoul National UniversitySeoul 08826Korea Plant Genomics and Breeding Institute Seoul National UniversitySeoul 08826Korea Integrated Metabolomics research Group Western Seoul CenterKorea Basic Science InstituteSeoul 03759Korea Biological resource Center Korea Research Institute of Bioscience and BiotechnologyJeongeup56212Korea Plant Systems Engineering research Center Korea Research Institute of Bioscience and BiotechnologyDaejeon 34141Korea College of Pharmacy Chung-Ang UniversitySeoul 06974Korea

Dear Editor,Plant tissue culture involves callus formation and de novo shoot ***,explants from differentiated tissues are used to generate a pluripotent cell mass,called callus,on auxin-rich callus-inducing medium(CIM),followed by shoot regeneration on cytokinin-rich shoot-inducing medium(SiM).Callus results from division of pericycle-like cells(Atta et al.,2009;Sugimoto et al.,2010);its cellular identity resembles that of lateral root primordia(Atta et al.,2009;Sugimoto et al.,2010).Callus acquires cellular pluripotency by forming root stem cell niches on CIM(Sugimoto et al.,2010)。

关键词： Adenosine callus

regulation of c-SMAC formation and AKT-mTOr signaling by the TSG101-IFT20 axis in CD4^(+)T cells

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Cellular & Molecular Immunology 2023年第5期20卷 525-539页

作者： jiung jeong In Kang Yumin Kim Keun Bon Ku jang Hyun Park Hyun-jin Kim Chae Won Kim jeongwoo La Hi Eun jung Hyeon Cheol Kim Young joon Choi jaeho Kim joon Kim Heung Kyu Lee Graduate School of Medical Science and Engineering Korea Advanced Institute of Science and Technology(KAIST)Daejeon 34141Republic of Korea Department of Internal Medicine Seoul National University HospitalSeoul 03080Republic of Korea Department of Biological Sciences KAISTDaejeon 34141Republic of Korea Department of Convergent research of Emerging Virus Infection Korea Research Institute of Chemical TechnologyDaejeon 34114Republic of Korea.

CD4^(+)T cells play major roles in the adaptive immune system,which requires antigen recognition,costimulation,and cytokines for its elaborate *** studies have provided new insight into the importance of the supramolecular activation cluster(SMAC),which comprises concentric circles and is involved in the amplification of CD4^(+)T cell ***,the underlying mechanism of SMAC formation remains poorly ***,we performed single-cell rNA sequencing of CD4^(+)T cells left unstimulated and stimulated with anti-CD3 and anti-CD28 antibodies to identify novel proteins involved in their *** found that intraflagellar transport 20(IFT20),previously known as cilia-forming protein,was upregulated in antibody-stimulated CD4^(+)T cells compared to unstimulated CD4^(+)T *** also found that IFT20 interacted with tumor susceptibility gene 101(TSG101),a protein that endocytoses ubiquitinated T-cell *** interaction between IFT20 and TSG101 promoted SMAC formation,which led to amplification of AKT-mTOr ***,IFT20-deficient CD4^(+)T cells showed SMAC malformation,resulting in reduced CD4^(+)T cell proliferation,aerobic glycolysis,and cellular ***,mice with T-cell-specific IFT20 deficiency exhibited reduced allergen-induced airway ***,our data suggest that the IFT20-TSG101 axis regulates AKT-mTOr signaling via SMAC formation.

关键词： CD4^(+)T cell Intraflagellar transport 20 Tumor susceptibility gene 101 AKT-mTOr signaling Asthma Supramolecular activation cluster

NANOEXPLOSIVE GENE THEArPY USING 111In-LABELED TrIPLEX-FOrMING OLOGONUCLEOTIDE TArGETING HUMAN N-MFC GENE

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NANOEXPLOSIVE GENE THEARPY USING 111In-LABELED TRIPLEX-FORMI...

氧化物粒子弥散强化的合金中界面对高温氦脆的抑制机理研究

首届中日韩核医学会议

作者： E.j.Oh E.j.Yoon Y.j.jang N.H.Kim j.G.Choe G.H.Park M·K.Kim Deptartment of Biochemistry ＆ Nuclear Medicine Korea University Medical College SeoulKorea Deptartment of Biochemistry ＆ Nuclear Medicine Korea University Medical College SeoulKorea Deptartment of Biochemistry ＆ Nuclear Medicine Korea University Medical College SeoulKorea Deptartment of Biochemistry ＆ Nuclear Medicine Korea University Medical College SeoulKorea Deptartment of Biochemistry ＆ Nuclear Medicine Korea University Medical College SeoulKorea Deptartment of Biochemistry ＆ Nuclear Medicine Korea University Medical College SeoulKorea Deptartment of Biochemistry ＆ Nuclear Medicine Korea University Medical College SeoulKorea

＜正＞We evaluated nuclear localization of cultured cancer cells with 111 In-labeled triplex-forming olgonucleotides （TFO） targeting human N-myc gene. Auger emitter labeled TFO could be an ideal vehicle for delivering radiation energy to specific DNA sequences. Polypurine-polypyrimidine sequence in N-myc gene promoter was selected for TFO in assessing resistance of chemotherapy. The TFO sequence was conjugated with diethylenetriaminepentaacetic acid （DTPA）, followed by radiolabeling with lllIn. Triplex formation between plasmid pCr3N-myc and 111 In-labeled TFO was performed to confirm the quality of radiolabeled TFO. For the in vitro localization of TFO, we employed human cancer cells, including breast

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科学通报 2008年第7期53卷 833-837页

作者：张崇宏 j.S.jang 杨义涛宋银孙友梅 H.D.Cho 金运范中国科学院近代物理研究所甘肃兰州730000 Korea Atomic Energy research Institute Daejeon305-353South Korea

探讨了在0.5Tm(Tm为材料熔点)温度附近一种氧化物粒子弥散强化的铁基合金中惰性气体离子辐照引起的组织结构变化.实验利用高能20Ne离子辐照材料样品至3个剂量水平.借助透射电子显微镜发现,即使在最高辐照剂量,材料的晶界处也没有发生空... 详细信息

探讨了在0.5Tm(Tm为材料熔点)温度附近一种氧化物粒子弥散强化的铁基合金中惰性气体离子辐照引起的组织结构变化.实验利用高能20Ne离子辐照材料样品至3个剂量水平.借助透射电子显微镜发现,即使在最高辐照剂量,材料的晶界处也没有发生空洞的加速生长,显著区别于相同辐照条件下传统铁基合金的组织结构变化.这个特点反映出氧化物粒子弥散强化合金具有在高温和高氦产生率的苛刻环境中(诸如在聚变堆内部)使用的潜力.晶界处空洞生长的抑制效应可归因于材料晶粒内部高密度的氧化物纳米颗粒的界面对惰性气体原子的有效俘获和对辐照缺陷的回复作用.

关键词：氧化物弥散强化合金高能离子辐照氦脆氦泡

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双门静脉期钆塞酸二钠增强肝脏MrI无创性诊断肝细胞肝癌的个体内比较

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国际医学放射学杂志 2021年第2期44卷 245-246页

作者： H.j.Kang j.M.Lee S.K.jeon S.jang S.Park I.joo 王璐娜

摘要目的比较钆塞酸二钠增强MrI (Gd-EOB-MrI)第一门静脉期(PVP1)和第二门静脉期(PVP2)对肝细胞肝癌(HCC)廓清、强化包膜的显示及对HCC诊断效能差异。方法

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