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21篇 您的检索式:作者名="Geyang LI"
    题名 作者 年代 出处 被引量
1mTOR and the differentiation of mesenchymal stem cells显示文摘rapamycin (mTOR ) 的哺乳动物的目标, evolutionarily 保存的 serinethreonine 蛋白质 kinase,属于 phosphoinositide 3-kinase (PI3K ) 联系了 kinase 家庭,它在他们的 C 终端区域以内包含一个类脂化合物象 kinase 一样领域。当一个批评细胞内部的分子能察觉到细胞外的精力地位并且在许多房间和纸巾调整房间生长和增长,最近的研究揭示了那 mTOR。这评论在房间区别和织物开发上关于 mTOR 的效果总结我们的当前的理解,与间充质的干细胞的系决心上的一个重音。mTOR 能在白 adipocytes,棕色的 adipocytes,和肌肉卫星房间支持 adipogenesis,当 rapamycin 禁止 mTOR 的 adipogenic 功能时。发信号的 mTOR 可以工作然而,影响造骨细胞增长和区别 rapamycin 被报导了禁止或支持成骨。尽管精确机制仍然保持不清楚, mTOR 为 myogenesis 是不可缺少的。取决于房间别打, rapamycin 被报导了禁止,支持,或有 myogenesis 上的效果。Xinxin Xiang Jing Zhao Geyang Xu Yin Li Weizhen Zhang 2011Acta Biochimica et Biophysica Sinica2011,43,7:6
2Ghrelin fluctuation, what determines its production?显示文摘Ghrelin, 28 氨基酸内脏大脑肽,为它的受体充当内长的 ligand,生长荷尔蒙促泌素受体,行使从生长的刺激的许多功能荷尔蒙分泌物,胃口的规定和精力新陈代谢,和到发炎的调整的房间保护。这评论在 ghrelin 表示和分泌物的规定总结进展。我们介绍 ghrelin 倡导者,在这些过程处理和 ghrelin 先锋,和规定机制的修正的结构。然后,我们讨论发现在 ghrelin 生产的规定重要的因素,包括营养素,荷尔蒙,和自治神经系统。最后,我们在某些生理、病理学的地位在 ghrelin 的水平构画出改变。Xuefeng Yin Yin Li Geyang Xu Wenjiao An Weizhen Zhang 2009Acta Biochimica et Biophysica Sinica2009,41,3:4
3Ghrelin and cell differentiation显示文摘Ghrelin,为生长荷尔蒙促泌素受体的内长的 ligand,是被发现了有许多生物功能的胃的荷尔蒙。这评论在房间区别和织物开发上总结我们 ghrelin 的效果的当前的理解,与间充质的干细胞的系决心上的一个重音。Geyang Xu Yin Li Wenjiao An Weizhen Zhang 2008Acta Biochimica et Biophysica Sinica2008,40,10:3
4A combined process of coating and hybridizing for the fabrication of carbon fiber reinforced aluminum matrix composites显示文摘WANG Jiwen HONG Tao LI Geyang 1997Composites Part A1997,28,11:1
5Alternating stress field and superhardness effect in TiN/NbN superlattice films显示文摘Li Geyang 2002J Vac Sci Technol2002,20,3:1
6Microstructure and mechanical properties of hafnium carbide coatings synthesized by reactive magnetron sputtering显示文摘LI Guangqun LI Geyang 2010Journal of Coating Technology Research2010,7,3:1
7Microstructure and Mechanical Properties of VN/SiO2 Nanomultilayers Syn- thesized by Reactive Sputtering显示文摘Yue Jianling Zhao Wenji Li Geyang 2008Materials Letters2008,62,:1
8Coherent growth and superhardness effect in VC/Si3N4 nanomultilayers显示文摘LI Guanqun LI Yuge LI Geyang 2011Surface and Coating Technology2011,205,:1
9Microstructure and mechanical properties of TiAIN/Si3N4 nano-multilayers synthesized by reactive magnetron sputtering显示文摘YUE Jianling LI Geyang 2009Journal of Alloys and Compounds2009,481,:1
10Microstructure and Mechanical Properties of Hafnium Carbide Coatings Synthesized by Re- active Magnetron Sputtering显示文摘Li Guanqun Li Geyang 2010Journal of Coating Tech- nology and Research2010,,3:1
11显示文摘Xu Junhua Gu Mingyuan Li Geyang 2000Journal of Materials Science2000,35,14:1
12显示文摘Xu Junhua Li Geyang Gu Mingyuan 2000Thin Solid Films2000,370,:1
13Regulation of gastric hormones by systemic rapamycin显示文摘Geyang Xu Yin Li Wenjiao An Jing Zhao Xinxin Xiang Li Ding Ziru Li Youfei Guan Xian Wang Chaoshu Tang Yi Zhu Nanping Wang Xiaoying Li Michael Mulholland Weizhen Zhang 2010Peptides2010,,12:1
14Micrnstructure and mechanical properties of TiAlN/Si3N4 nano-multilayers synthesized by reactive magnetron sputtering显示文摘Yue Ji anling Li Geyang 2009Journal of Alloys and Compounds2009,481,12:1
15显示文摘Hu Xiaoping Han Zenghu Li Geyang 2002J Vac Sci Technol2002,20,6:1
16Energy Balance Routing Protocol for Wireless Sensor Networks Based on Fuzzy Next-Hop Selection显示文摘The implementation of energy balanced routing is an effective way to prolong the lifetime of wireless sensor networks (WSNs). To balance energy consumption, fuzzy next-hop select-ing strategy was designed: nodes of different gradients are fuzzily classified into relevant levels; each level has a chance to provide a node with maximum residual energy as the next-hop. Based on the above strategy and directed diffusion (DD), fuzzy next-hop selec-tion based energy balance (FNSEB) routing protocol was pro-posed. The simulation results showed that FNSEB utilized the limited energy more thoroughly and rationally, decreased the av-erage energy consumption and prolonged the lifetime of WSNs.LI Geyang CAO Yang GAO Xun TANG Juan 2009Wuhan University Journal of Natural Sciences2009,14,2:1
17Microstructure and properties of Si3N4/TiN ceramic nano-multilayer films 显示文摘 Gu Mingyuan Li Geyang 1999Trans Nonferrous Met Soc China1999,35,4:1
18Influence of silicon on the microstructure and mechanical properties of Zr-Si-N composite films 显示文摘Dong Yunshan Zhao Wenji Li Geyang 2006Applied Surface Science2006,252,:1
19Transferring priors from virtual data for crowd counting in real world显示文摘In recent years,crowd counting has increasingly drawn attention due to its widespread applications in the field of computer vision.Most of the existing methods rely on datasets with scarce labeled images to train networks.They are prone to suffer from the over-fitting problem.Further,these existing datasets usually just give manually labeled annotations related to the head center position.This kind of annotation provides limited information.In this paper,we propose to exploit virtual synthetic crowd scenes to improve the performance of the counting network in the real world.Since we can obtain people masks easily in a synthetic dataset,we first learn to distinguish people from the background via a segmentation network using the synthetic data.Then we transfer the learned segmentation priors from synthetic data to real-world data.Finally,we train a density estimation network on real-world data by utilizing the obtained people masks.Our experiments on two crowd counting datasets demonstrate the effectiveness of the proposed method.Xiaoheng JIANG Hao LIU Li ZHANG Geyang LI Mingliang XU Pei LV Bing ZHOU 2022Frontiers of Computer Science2022,16,3:0
20Slack-Nibbling Battery-Aware Task Scheduling显示文摘Dynamic voltage scaling (DVS) is an efficient ap- proach to maximize the battery life of portable devices. A novel overall planning strategy (OPSⅡ) balancing slack supply and demand for DVS is proposed. An OPS Ⅱ-based slack-nibbling overall planning strategy (SNOPS) algorithm is also proposed, which iteratively nibbles slacks for appropriate tasks selected by an overall planning dynamic priority function to perform DVS until the slack is exhausted and an optimum voltage setting is ob- tained. For a high-load task set, SNOPS manages to recover bat- tery overload while maintaining schedulability. For random vari- able-load task sets, SNOPS achieves a saving of 29.51% battery capacity on average, the suboptimal gap is 27.84% narrower than that of our previously proposed OPS-based algorithm, and 92.10% narrower than that of the algorithm proposed by Chowdhury et al. Results indicate that OPSⅡ manages to save battery to various extents while maintaining schedulability, and demonstrates good load compatibility and close-to-optimal performance on average.GAO Xun CAO Yang LIAO Weihui LI Geyang 2009Wuhan University Journal of Natural Sciences2009,14,3:0
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