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15 results on '"Te, Rigele"'

10. Identification of piRNAs in the testes of Sunite and Small-tailed Han sheep.

Author

He, Xiaolong, Li, Bei, Fu, Shaoyin, Wang, Biao, Qi, Yunxia, Da, Lai, Te, Rigele, Sun, Suzhen, Liu, Yongbin, and Zhang, Wenguang

Subjects
SHEEP, SHEEP breeds, TESTIS, SPERMATOGENESIS, BIOLOGICAL fitness, NON-coding RNA
Abstract

P-element-induced wimpy testis-interacting RNAs (piRNAs) are small RNAs that are essential for mammalian spermatogenesis and testicular development. Comparative analyses of the molecular mechanisms of spermatogenesis among different organisms are therefore dependent on accurate piRNA characterizations. In this study, we identified piRNAs in the testes of two breeds of Mongolian sheep: the Sunite (SN), which has a low reproductive rate, and Small-tailed Han (STH), which has a high reproductive rate. A thorough understanding of the mechanisms underlying the differences in fecundity between the two breeds might provide insights for the improvement of fertility and reproductive success in these and other sheep breeds. We identified 835 piRNAs and 206 piRNA clusters across the two breeds. Of these, 29 putative piRNAs were expressed in the SN samples only, and 229 putative piRNAs were expressed in the STH samples only. In addition, 206 piRNA clusters were upregulated in STH sheep as compared to the SN sheep. Functional pathway analysis indicated that the genes neighboring the predicted piRNAs were likely associated with spermatogenesis. piRNAs might thus be linked to male fecundity in sheep. Our results increase knowledge of the association between piRNAs and male fertility. [ABSTRACT FROM AUTHOR]

Published
2021
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12. Dry and Wet Cycle Tri-Axial Test Research of Silt

Author

Te Rigele, Yan Wang, Tian Ping Zhou, Jin Fang Zhao, Zhen Tao Zhang, Zhi Gang Li, and Hong Liang

Subjects
Physics, Brittleness, Friction angle, Attenuation, Cohesion (geology), Compaction, Geotechnical engineering, General Medicine, Silt, Inner mongolia, Overburden pressure
Abstract

Silt in some areas of our country is very extensive, its distribution is different from the cohesive soil, or sand soil, has unique engineering characteristic. Silt regional characteristics make it has many unique physic-mechanical performance. This article take the G209 (Inner Mongolia Helin to Qingshuihe section) the roadbed silty soil as the study object, study its basic physics, the mechanical properties as well as the distortion and the intensity change rule under the dry-wet circulation, do a comprehensive and systematic analysis about varieties of basic engineering characteristic of the silt in the region Through the condition of dry-wet circulation of unconsolidated tri-axial tests, this article study the silt sample failure pattern under different degree of compaction, stress-strain relations and the change rule of strength. The test results show that: as cycle index less and confining pressure down, test sample is basically brittle failure, on the contrary case, it is behaved for plastic failure and stress-strain curve is close to sclerosis type; When cycle index increase gradually, the cohesion of silt reduced significantly ,with the increase of dry-wet circulation times internal friction angle is on the trend of the attenuation oscillation ; On this basis, we build the relationship expression of shear strength parameters cohesion internal friction angle and dry-wet circulation times.

Published
2011
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15. Tenecteplase Thrombolysis for Stroke up to 24 Hours After Onset With Perfusion Imaging Selection: The CHABLIS-T II Randomized Clinical Trial

Author

Cheng, Xin, Hong, Lan, Lin, Longting, Churilov, Leonid, Ling, Yifeng, Yang, Nan, Fu, Jianliang, Lu, Guozhi, Yue, Yunhua, Zhang, Jin, Wang, Feng, Wang, Ziran, Zhao, Yanxin, Zhou, Xiaoyu, Peng, Zhaolong, Wu, Danhong, Zhao, Liandong, Zhai, Qijin, Yu, Xiaofei, Fang, Qi, Shao, Xiangzhong, Tang, Ying, Zhang, Diwen, Geng, Yu, Zhang, Yue, Fan, Bosheng, Zhang, Bing, Yin, Congguo, Chen, Yangmei, Zhang, Yiran, Liu, Xinyu, Li, Siyuan, Yang, Lumeng, Parsons, Mark, Dong, Qiang, Parsons, Mark, Xu, Jiali, Xie, Suling, Liu, Cheng, Han, Dan, Levi, Christopher R., Wang, David, Holiday, Elizabeth, Cao, Wenjie, Fang, Kun, Dong, Yi, Ge, Liang, Guo, Ying, Wang, Deyun, Xiao, Caixia, Li, Dena, Feng, Jinghuai, Luo, Zhuangying, Yang, Wen, Chen, Lian, Cao, Li, Zhao, Yuwu, Deng, Jiangshan, Li, Dan, Te, Rigele, Jiang, Zidian, Ye, Guangdong, Zhu, Fuhou, Pan, Yongmei, Chaoge, Amuguleng, Qi, Zhanchao, Li, Xiangchao, Yu, Ling, Tian, Xinxin, Kang, Lianjing, Wang, Jian, Shen, Yaoyan, Dai, Jiying, Li, Xianhuan, Zhang, Yuxin, Bai, Jie, Li, Naichao, Su, Ya, Yao, Liying, Jia, Qingxu, Guo, Liyan, Li, Yingying, Sang, Haifeng, Zhao, Lihua, Lu, Yujuan, Zhu, Chunxue, Hu, Liang, Li, Youmei, Liu, Lingyun, Zhu, Xiaoqiong, Xu, Shukun, Kong, Yuming, Yao, Zhiwen, Xu, Hui, Zhang, Xiaoguang, Xue, Jie, Ma, Yanting, Chen, Shuhua, Wan, Zhiwen, Ding, Ying, Li, Zhizhang, Cui, Xiankai, Wang, Ping, Jiang, Shanshan, Zhang, Dong, Sun, Hongxian, Feng, Xiaoli, Wang, Yaqiong, Ma, Chunlin, Wang, Tiandong, Wang, Shaoshuai, Li, Zuopeng, Li, Jun, Wang, Xiafei, Zhao, Guangjian, Gong, Yanxue, Zhang, Shirui, Wang, Liquan, Liu, Xueyuan, Zhang, Quanbin, Zhang, Xiang, Sun, Jiping, Lu, You, Huang, He, Gong, Li, Zhou, Yuchen, Qian, Siyu, Li, Wenjian, Shen, Rui, Xu, Yi, Zhao, Jingjing, Wu, Guang, Liu, Bing, Chen, Yuedong, Shen, Zhan, Yuan, Miao, Chen, Hongtao, Qiao, Lukuang, Sun, Jin, Chen, Weijie, Liu, Wenpeng, Shen, Liwei, Yang, Xiaoli, Shi, Yonghui, Chen, Qiang, Tian, Jisha, Gong, Fan, Zhu, Juehua, Zhou, Bin, Ding, Dongxue, Ji, Kangxiang, Wang, Jinglei, Gao, Junfeng, Yang, Xiaoli, Mei, Hua, Chen, Xiaojin, Wu, Weiwei, Xue, Jing, Wang, Jing, Sun, Hongwei, Zhai, Yun, Zhang, Guang, Sun, Yanyan, Li, Fang, Sun, Hongwei, Wei, Ran, Zhang, Weina, Wang, Xinyao, Zou, Xin, Ren, You, Cao, Feihu, Lin, Gaoping, Li, Gang, Huang, Zhengyu, Qiu, Qianqian, Cheng, Xuehong, Zhang, Xiaoxi, Cai, Zhiduo, Xin, Ranran, Liu, Dandan, Zhao, JingJing, Lu, Zhenchan, Jiang, Xuanfei, Liu, Keqin, Zhang, Xiong, Mo, Lijuan, and Zhang, Yuqing

Published
2024
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