[CAI, Muyi 蔡木易, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, ZHOU, Ming 周明, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, ZHOU, Ming 周明, CHEN, Hui 陈辉, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, ZHOU, Ming 周明, CHEN, Hui 陈辉, LI, Jiaji 李佳霁] Bldg. 6, No. 24, Jiuxianqiao Middle Road 中国北京市朝阳区酒仙桥中路24号院6号楼, Beijing 100015Chaoyang DistrictBeijing 100015 Provided in the present invention are a hypoallergenic, bitterness-reduced soybean oligopeptide, a preparation method for same, and applications thereof. The preparation method comprises: 1) heat denaturing a soybean protein solution; 2) when the pH value is adjusted to 6-9, adding a neutral protease and papaya proteinase for a first enzymolysis; 3) adding an alkaline protease and a flavourzyme for a second enzymolysis; and 4) producing the hypoallergenic, bitterness-reduced soybean oligopeptide by means of centrifugation and membrane filtration. Provided in the present invention are a hypoallergenic, bitterness-reduced soybean oligopeptide, a preparation method for same, and applications thereof. The preparation method comprises: 1) heat denaturing a soybean protein solution; 2) when the pH value is adjusted to 6-9, adding a neutral protease and papaya proteinase for a first enzymolysis; 3) adding an alkaline protease and a flavourzyme for a second enzymolysis; and 4) producing the hypoallergenic, bitterness-reduced soybean oligopeptide by means of centrifugation and membrane filtration.

[CAI, Muyi 蔡木易, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, ZHOU, Ming 周明] Bldg. 6, No. 24, Jiuxianqiao Middle Road 中国北京市朝阳区酒仙桥中路24号院6号楼, Beijing 100015Chaoyang DistrictBeijing 100015 Provided are a hypoallergenic, odor-reduced fish protein oligopeptide, a preparation method for same, and applications thereof. The method comprises the following steps: 1) fresh fish and/or fish waste are washed, crushed, and watered to produce a mixture; 2) the mixture undergoes heat denaturation; 3) a denatured protein solution is centrifugally washed, and a precipitate so produced is watered and milled to produce a slurry; 4) the pH of the slurry is adjusted to 6-9, a neutral protease, papaya proteinase, and an alkaline protease are sequentially added for enzymolysis, and an enzymolyzate is produced after enzyme inactivation; and, 5) the enzymolyzate is centrifuged and a supernatant is membrane-filtered to produce the hypoallergenic, odor-reduced fish protein oligopeptide. Provided are a hypoallergenic, odor-reduced fish protein oligopeptide, a preparation method for same, and applications thereof. The method comprises the following steps: 1) fresh fish and/or fish waste are washed, crushed, and watered to produce a mixture; 2) the mixture undergoes heat denaturation; 3) a denatured protein solution is centrifugally washed, and a precipitate so produced is watered and milled to produce a slurry; 4) the pH of the slurry is adjusted to 6-9, a neutral protease, papaya proteinase, and an alkaline protease are sequentially added for enzymolysis, and an enzymolyzate is produced after enzyme inactivation; and, 5) the enzymolyzate is centrifuged and a supernatant is membrane-filtered to produce the hypoallergenic, odor-reduced fish protein oligopeptide.

[ZHOU, Yu 周愚, ZHOU, Yu 周愚, XU, Yuangen 许远根, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, XU, Xia 徐霞, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, XU, Xia 徐霞, YU, Kunshi 俞坤师, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, XU, Xia 徐霞, YU, Kunshi 俞坤师, HUANG, Jun 黄俊] No.143 Luoyu Road, Hongshan District 中国湖北省武汉市洪山区珞瑜路143号, Hubei 430074Wuhan, Hubei 430074 A digital measurement system for measuring a lightning electric field change signal, and a measurement method thereof. The system comprises at least a planar antenna (1), an electric field analog-to-digital conversion module (4), and a digital signal processing module (5). The input end of the electric field analog-to-digital conversion module (4) is connected to the planar antenna (1), and the output end of the electric field analog-to-digital conversion module (4) is connected to the digital signal processing module (5). The planar antenna (1) is used for detecting a field change signal generated by lightning and transmitting the field change signal to the electric field analog-to-digital conversion module (4). The electric field analog-to-digital conversion module (4) is used for processing and converting the electric field change signal, to obtain a digital lightning electric field change signal and transmit the digital lightning electric field change signal to the digital signal processing module (5). The digital signal processing module (5) is used for: triggering collection, processing of the digital lightning electric field change signal, to obtain a lightning electric field rapid change signal, a lightning electric field slow change signal, and a lightning electric field original signal, storing the signals, and combining the signals into data frames for external communication. The measurement system and the measurement method thereof can implement measurement of rapid and slow changes of a lightning electric field with low costs and high efficiency.

[KIM KH JUN SU, PARK VAN ZHE, MUN MU SANG, JU VANG DON, NOKH KAP SU, LI DONG EHOK, KHA SUK KHUN, JU RI ANATOLIJ, LI NAM DZHUNG, CHO JANG ZHE, KHONG SUN P E, KIM ZHE KHAK, KIM DAL KH JUN, KIM JUNG DZHI] KR microbiology. SUBSTANCE: invention relates to the novel, safety attenuated strains Pseudomonas aeruginosa obtained by isolation of pure Pseudomonas aeruginosa according to immunotype Fischer-Delvin followed by repeated purification of isolated strain, in part, strains CFCPA 10142 (KCCM 10029), CFCPA 20215 (KCCM 10030), CFCPA 30720 (KCCM 10031), CFCPA 40057 (KCCM 10032), CFCPA 50243 (KCCM 10033), CFCPA 60534 (KCCM 10034) and CFCPA 70018 (KCCM 10035). Also, invention relates to vaccines used for immunization against infection caused by Pseudomonas aeruginosa that involves cell envelope proteins of molecular mass from 10 000 to 100 000 Da obtained from attenuated strains, therapeutic agent for treatment of patients with infection caused by Pseudomonas aeruginosa containing immunoglobulin(s) produced by cell envelope proteins of laboratory animals and method of their preparing. Protein component of cell envelope of attenuated strain is safety and it does not show pathogenicity but has excellent ability to form antibodies and useful for preparing vaccine and therapeutic agent. EFFECT: new strains indicated above, valuable properties. 27 cl, 2 dwg, 14 tbl, 16 ex

[GE, Peng 葛鹏, GE, Peng 葛鹏, DONG, Jianming 董建明, GE, Peng 葛鹏, DONG, Jianming 董建明, SUN, Zhe 孙喆] Huawei Administration Building 中国广东省深圳市龙岗区坂田华为总部办公楼, Guangdong 518129Bantian, LonggangShenzhen, Guangdong 518129 A method, device and system for multipoint video communications are disclosed in the present invention. The method comprises: determining whether there are image-capture objects in an image capture area during the current period; if there are no image-capture objects in the image capture area during the current period, not reporting image information in the image-capture area during the current period to a multipoint control unit. The method, device and system for multipoint video communications disclosed in the present invention enable the images corresponding to the image information reported to the multipoint control unit to comprise the image-capture objects at all time, therefore avoiding the problem of system resource waste for the reason that there are no image-capture objects in the images corresponding to the image information reported to the multipoint control unit, saving the system resources, decreasing the load of the multipoint control unit, and improving the overall performance of the multipoint video communication system.

[Zhe Wu, Dong-ho Ahn, Hideki Horii, Soon-oh Park, Jeong-hee Park, Jin-woo Lee, Dong-jun Seong, Seol Choi] KR Suwon-si A memory device includes a variable resistance layer and a selection device layer electrically connected to the variable resistance layer. The memory device further included a chalcogenide switching material that reduces leakage current and has, for example, a composition according to chemical formula 1 below,[GeXSiY(AsaTe1-a)Z](1-U)[N]U  (1) (where 0.05≤X≤0.1, 0.15≤Y≤0.25, 0.7≤Z≤0.8, X+Y+Z=1, 0.45≤a≤0.6, and 0.08≤U≤0.2).

[Zhe Wu, Dong-ho Ahn, Hideki Horii, Soon-oh Park, Jeong-hee Park, Jin-woo Lee, Dong-jun Seong, Seol Choi] KR Suwon-si A memory device includes a variable resistance layer and a selection device layer electrically connected to the variable resistance layer. The memory device further included a chalcogenide switching material that reduces leakage current and has, for example, a composition according to chemical formula 1 below,[GeXSiY(AsaTe1-a)Z](1-U)[N]U  (1) (where 0.05≦X≦0.1, 0.15≦Y≦0.25, 0.7≦Z≦0.8, X+Y+Z=1, 0.45≦a≦0.6, and 0.08≦U≦0.2).

[WU ZHE, AHN DONG HO, PARK SOON OH, PARK JEONG HEE, LEE JIN WOO, HORII HIDEKI, SEONG DONG JUN, CHOI SEOL] KR A memory device is disclosed. The memory device comprises: a variable resistance layer; and a selective element layer which is positioned to be electrically connected to the variable resistance layer, and includes a chalcogenide switching material having a composition of the following chemical formula 1, Ge_XSi_Y(As_aTe_(1-a))_z]_(1-U)[X]_U, where 0.05 <= X <= 0.1, 0.15 <= Y <= 0.25, 0.7 <= Z <= 0.8, X+Y+Z=1, 0.45 <= a <= 0.6, 0.08 <= U <= 0.2.

[WEN YAN-DONG, LU MENG, ZOU GE-KAI, LOU DONG-LAI, CUI YAN-QING, NAN ZHE, GOU YONG, GUO WENJING] FI The present invention provides a method of inputting ideographic characters into a handheld device, comprising steps of: predicting ideographic characters that correspond to symbols inputted by a user, for said user to select; predicting, based on a previous ideographic character that has been selected by said user, ideographic characters that most likely follow said previous ideographic character but cannot form a phrase with said previous ideographic character, for said user to select; and inputting ideographic characters that have been selected by said user into said handheld device. The present invention also provides an apparatus for inputting ideographic characters and a handheld device. According to the invention, more ideographic characters and punctuation marks are automatically predicted, which speeds up the process of inputting ideographic characters into handheld devices.

[Zhe PIAO, Young sung YUN, Hyeon Seo LEE, Yeon Hee CHOI, Mi Suk KANG, Xue Mei PIAO, You Mi KIM, Ji Su LEE, Hong Xian LI, Dong Il SEO, Dong Won JEONG, Seung Ki KIM] KR Jinju-si Disclosed herein are a microorganism with excellent deacetoxycephalosporin C (DAOC) productivity and a use thereof. A mutant microorganism with improved DAOC productivity and a use thereof for producing 7-aminodeacetoxycephalosporanic acid (7-ADCA) are provided.