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14篇 您的检索式:作者名="Tihana"
    题名 作者 年代 出处 被引量
1Targeting PVR(CD155)and its receptors in anti-tumor therapy显示文摘Poliovirus receptor(PVR,CD155)has recently been gaining scientific interest as a therapeutic target in the field of tumor immunology due to its prominent endogenous and immune functions.In contrast to healthy tissues,PVR is expressed at high levels in several human malignancies and seems to have protumorigenic and therapeutically attractive properties that are currently being investigated in the field of recombinant oncolytic virotherapy.More intriguingly,PVR participates in a considerable number of immunoregulatory functions through its interactions with activating and inhibitory immune cell receptors.These functions are often modified in the tumor microenvironment,contributing to tumor immunosuppression.Indeed,increasing evidence supports the rationale for developing strategies targeting these interactions,either in terms of checkpoint therapy(i.e.,targeting inhibitory receptors)or in adoptive cell therapy,which targets PVR as a tumor marker.Paola Kučan Brlić Tihana Lenac Roviš Guy Cinamon Pini Tsukerman Ofer Mandelboim Stipan Jonjić 2019Cellular & Molecular Immunology2019,16,1:10
2On the Impact of Precursor Unfolding during Protein Import into Chloroplasts显示文摘越过膜的蛋白质 translocation 是一个基本细胞的过程。象线粒体和叶绿体那样的细胞器的蛋白质的多数在 cytosol 被综合并且随后以一种 translational 以后方式进口了。先锋蛋白质不得不被展开至少因为 translocation,而是它也被假定他们在 cytosol 在运输期间被展开到细胞器。展开被女伴和 translocon 自己管理。同时,女伴为进口过程提供精力。叶绿体 translocon 的精力充沛的性质被熔化到叶绿体的运输肽的蛋白质 titin 指向了氧演变的肌肉的象 Ig 一样模块的进口学习 33 的复杂子单元 ? kDa (OE33 ) 。我们的结果建议 p (OE33 ) titin 在进口以前被合拢并且 translocation 被在在叶绿体表面跳了到 translocon 以后展开开始。使用 titin 的一套稳定并且使动摇的异种以前为 mitochondrial translocation 由原子力量显微镜学并且作为旅客分析了,我们学习了叶绿体 translocon 提供的展开的力量。把结果基于这些,为 translocation 的一个模型被讨论。Maike Ruprecht Tihana Bionda Takehiro Sato Maik S. Sommer Toshiya Endo Enrico Schleiff 2010Molecular Plant2010,3,3:4
3In Vivo Function of Tic22, a Protein Import Component of the Intermembrane Space of Chloroplasts显示文摘进叶绿体的 Preprotein 进口在外部、内部的叶绿体信封膜(TOC 和 TIC ) 取决于 macromolecular 机械。两机械被 intermembrane 空间(IMS ) 的部件互连,这被建议。也就是说在其它之中, Tic22,二仔细联系了 isoforms 在 Arabidopsis thaliana 存在,也就是 atTic22-III 和 atTic22-IV。我们由分析相应基因的 T-DNA 插入线在 vivo 调查了 Tic22 的功能。当在单个基因的 T-DNA 插入引起了仅仅细微的缺点时,两 isoforms 的双异种在植物的光合的表演显示出延迟的生长,在热点条件下面的苍白的显型,减少的进口率,和减小。后者被变化在变异的植物的代谢物内容支持什么时候与相比野类型。因此,我们的结果支持 Tic22 直接涉及叶绿体 preprotein 进口并且可能在叶绿体生物的续生说指向到 Tic22 的特别重要性高进口率的时间的观点。Mareike Rudolf Anu B. Machettira Lucia E. Groβ Katrin L. Weber Kathrin Bolte Tihana Bionda Maik S. Sommer Uwe G. Maier Andreas RM. Weber Enrico Schleiff Joanna Tripp 2013Molecular Plant2013,6,3:2
4Harrison,cryptococcal meningitis显示文摘Tihana Bicanic Thomas S 0,,:1
5Monthly income and subjective well - being of croatian citizens显示文摘Ljiljana Kalitema Lipovcan Tihana Brldjacie Viado Sakie 2007Croat Med 32007,48,:1
6Murine cytomegalovirus regula?tion of NKG2D ligands显示文摘Tihana Lenac Jurica Arapovia 2008Med Microbiol Immunol2008,197,2:1
7Effect of Hydrophilic-hydrophobic Balance on Biocompatibility of Poly (methyl methacrylate) (PMMA)- hydroxyapatite (HA) Composites显示文摘Teodora Gratiela Tihana MDI Roxana Gabriela Popescua Dana Iordachescub 2009Materials Chemistry and Physics2009,118,23:1
8Changes in facial profile of young adults with normal occlusion: a longi- tudinal study 显示文摘Tihana RHW Palagi LM Carneiro MSA 2008World journal of orthodontics2008,9,2:1
9Emergent properties resulting from type- IT band alignment in semiconductor nano het- ero-structures显示文摘SHUN S L TIHANA M CHUANG C H 2011Adv Mater2011,23,2:1
10Frequent Somatic TERT Promoter Mutations in Thyroid Cancer: Higher Prevalence in Advanced Forms of the Disease显示文摘I?igo Landa Ian Ganly Timothy A. Chan Norisato Mitsutake Michiko Matsuse Tihana Ibrahimpasic Ronald A. Ghossein James A. Fagin 2013The Journal of Clinical Endocrinology & Metabolism2013,,9:1
11Cryptococcal meningitis显示文摘Bicanic Tihana Harrison Thomas S 2005British Medical Bulletin2005,72,1:1
12Cryptococcal meningitis显示文摘Bicanic Tihana Harrison TS 2004Br Med Bull2004,72,:1
13The Educational Role of Libraries in the Digital Age Among the High School and University Student in Slavonski Brod and Osijek显示文摘Tihana Lubina Ivana Brkic Klimpak 2014Sino-US English Teaching2014,11,11:0
14Intruder familiarity and not duet similarity influences the territory defense in a year-round territorial bird species显示文摘To avoid unnecessary energy expenditures in territorial defense,many species(e.g.,insects,amphibians,birds,and mammals)have developed the capability to distinguish between different intruder types using visual,acoustic,and/or chemical signals.Determining the mechanism used for intruder recognition is key to understanding the dynamics of territorial behaviors.In birds that use vocalizations for territorial defense,the frequency and duration of vocalizations or the familiarity with the intruder may be the main mechanism used for intruder recognition.Here,we conducted a playback experiment with territorial White-eared Ground-sparrows(Melozone leucotis),to analyze if territorial pairs recognize intruders using frequency and duration characteristics(a bird’s response is based on how structurally similar the intruders’duets are to their own)or by familiarity with the intruders(neighbors vs.non-neighbors).We focused on duets because this species uses duets exclusively for territorial defense.We broadcasted a duet from a territorial neighbor,two duets from non-neighbors(with different frequency and duration characteristics),and a duet from a control species in 39 territorial pair from three populations.During playback we measured five behavioral responses:latency of the first vocalization,latency of the approach to the speaker,time spent close the speaker(within 5 m),number of individuals that approached the speaker,and the number of vocalizations.We found that territorial White-eared Ground-sparrow pairs responded stronger to neighbors than non-neighbors,and this response is not influenced by duet duration or frequency characteristics.This result suggests that neighbors represent a greater territorial threat for White-eared Ground-sparrows than non-neighbors.Further work is necessary to understand how common this observation is for tropical species that defend small territories year-round.Tihana Hamzaj Brendan Graham Katherine Bonilla Ignacio Gutiérrez Luis Sandoval 2022Avian Research2022,13,2:0
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