1。伴侣动物临床科学系,兽医学院兽医学院研究生,泰国曼谷10900年兽医学院; 2。泰国曼谷10900年兽医学院微生物和免疫学系; 3。泰国曼谷10900年兽医学院药理学系; 4。 泰国曼谷市Kasetsart University农业学院动物科学系; 5。 拉贾曼加拉技术大学托恩 - 托恩 - 2010年,泰国的兽医学院; 6。 伴侣动物临床科学系,兽医学院,卡塞萨特大学兽医学院,曼谷10900,泰国。 Corresponding author: Taksaon Duangurai, e-mail: taksaon.du@ku.th Co-authors: NB: nithida.bw@gmail.com, CY: fvetcny@ku.ac.th, PU: fvetpys@ku.ac.th, SK: saroch.k@ku.th, SS: somchai_so@rmutto.ac.th, NT: ajnaris@yahoo.com收到:29-07-2024,接受:04-10-2024,在线发布:05-11-2024泰国曼谷10900年兽医学院药理学系; 4。泰国曼谷市Kasetsart University农业学院动物科学系; 5。 拉贾曼加拉技术大学托恩 - 托恩 - 2010年,泰国的兽医学院; 6。 伴侣动物临床科学系,兽医学院,卡塞萨特大学兽医学院,曼谷10900,泰国。 Corresponding author: Taksaon Duangurai, e-mail: taksaon.du@ku.th Co-authors: NB: nithida.bw@gmail.com, CY: fvetcny@ku.ac.th, PU: fvetpys@ku.ac.th, SK: saroch.k@ku.th, SS: somchai_so@rmutto.ac.th, NT: ajnaris@yahoo.com收到:29-07-2024,接受:04-10-2024,在线发布:05-11-2024泰国曼谷市Kasetsart University农业学院动物科学系; 5。拉贾曼加拉技术大学托恩 - 托恩 - 2010年,泰国的兽医学院; 6。伴侣动物临床科学系,兽医学院,卡塞萨特大学兽医学院,曼谷10900,泰国。Corresponding author: Taksaon Duangurai, e-mail: taksaon.du@ku.th Co-authors: NB: nithida.bw@gmail.com, CY: fvetcny@ku.ac.th, PU: fvetpys@ku.ac.th, SK: saroch.k@ku.th, SS: somchai_so@rmutto.ac.th, NT: ajnaris@yahoo.com收到:29-07-2024,接受:04-10-2024,在线发布:05-11-2024
● Received 4 March 2024, 1st revised 10 March 2024, accepted 12 March 2024 † Corresponding Author(sisung@kgu.ac.kr) ⓒ 2024, The Korean Society for Quality Management This is an Open Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License (http://creativecommons.org/licenses/by-nc/3.0) which permits unrestricted只要对原始作品进行适当的提及,在任何媒介中的非商业用途,分发和复制。
明尼苏达州明尼阿波利斯市宜人街207号的化学系 321 11 Church St SE, Minneapolis, Minnesota, United States of America 12 13 d Department of Medicinal Chemistry, University of Minnesota, 208 Harvard Street SE, 14 Minneapolis, Minnesota 55454, United States of America 15 16 e Department of Pharmacology, University of Minnesota, 321 Church St SE, Minneapolis, 17 Minnesota, United States of America 18 19 * Corresponding author 20
NTCP Q68R is a variant located inside of a Na + binding pocket and can indirectly affect NTCP function by altering the precise geometry required for BAs binding. 6 One hypothesis is that by potentially increasing affinity for negatively charged substrates, Q68R variant affects protein transport dynamics. ( Fig. 4 and 5 ) Further assessment of Q68R variant in a BAs uptake assay showed a near complete inhibition of BAs (specifically Taurocholic Acid or TCA) uptake in transiently transfected U2OS cells, confirming findings in 3D model and corresponding to the mechanism of interest for AX-0810 program ( Fig. 6 ).
1 for ttl in range(1, 65): 2 ttl_result = [] # empty set to log responses 3 for _ in range(3): 4 send packet to dst_ip with TTL=ttl 5 wait for a corresponding valid/relevant response 6 7 if no valid/relevant response received: 8 add an empty address to ttl_result 9 10 if valid/relevant ICMP Time Exceeded response received: 11 add source IP of that数据包ttl_result 12 13如果有效/相关的ICMP目标无法接收到未接收:14将dst_ip添加到ttl_result 15退出外循环16 17打印ttl_result#响应此ttl
ISSN印刷:2617-4693 ISSN在线:2617-4707 IJABR 2024; 8(3):39-51 www.biochemjournal.com收到:07-01-2023接受:13-02-2023 Meera Mohan Ph.D. Kozhikode, Kerala, India Alfiya PV Crop Production and Post Harvest Technology, ICAR- Indian Institute of Spices Research, Kozhikode, Kerala, India Anees K Crop Production and Post Harvest Technology, ICAR- Indian Institute of Spices Research, Kozhikode, Kerala, India Corresponding Author: Jayashree E Crop Production and Post Harvest Technology, ICAR- Indian Institute of Spices Research, Kozhikode, Kerala,印度
2 Partiolab,校园大学De laChactultéDemblouxAgro-Bio-Bio-Bio-Bio-Bio Tech/UniversitédeLiège,B-5030 Gembloux,比利时3 Bioecoagro研究部门,Terra联合研究中心,Terra Terra教学中心,微生物过程和互动 and Bakhtiari Agricultural and Natural Resources Research and Education Center, Agricultural Research, Education and Extension Organization (AREEO), Shahrekord, Iran 5 Department of Food Hygiene and Quality Control, Faculty of Veterinary Medicine, Urmia University, Urmia, Iran 6 Department of Animal and Aquatic Sciences, Faculty of Agriculture, Chiang Mai University, Chiang Mai, Thailand ♦ Corresponding作者:hamed_ghafari@alumni.ut.ac.ir; ccchou@nchu.edu.tw
•开发和维护业务流程模型,业务交易模型,语义和内容的语法中性方式,以满足供应链和电子过程框架内的贸易和行业社区的要求。The supply chain and e-procurement covers the Purchasing, Material Management and Product development areas • approve based on the syntax neutral business transactions the corresponding UN/CEFACT syntax solutions provided by the UN/CEFACT Methodology and Technology group • encourage the active participation in SCM of interested user communities in Industry, Trade and Procurement, in accordance with UN/CEFACT membership criteria • maintain close relations with other UN/CEFACT groups as appropriate •促进和支持UN/CEFACT
1。动物营养和饲料技术系,动物科学院安达拉斯大学,利马甜校园,印度尼西亚西苏门答腊,帕登; 2。反刍动物和饲料化学实验室,动物营养与饲料技术系,帕德哈达兰大学动物科学学院。JL。Raya Bandung-Sumedang KM。21,Jatinangor,Sumedang 45363,印度尼西亚西爪哇省; 3。 Div>动物营养系,动物科学学院,Hasanuddin University,JL。 独立公里的先驱。 10 UNDAS TAMALANREA校园,Makassar; 4。 农业学院,北苏门答腊大学动物科学系; 5。 畜牧研究中心,国家研究与创新局(BRIN),JL。 Raya Jakarta Bogor 11,Cibinong 16915,印度尼西亚。 Corresponding Author: Mardiati Zain, E-mail: mardiati@ansci.unand.ac.id Co-authors: uht: ujang.hidayat@unpad.ac.id, Jas: jasmal.syamsu@unhas.ac.id, Yy: yunilas@usu.ac.id, Rp: ronipazla@ansci.unand.un.ac.id: ezim002@brin.go.id,mm:malikmakmur27@gmail.com,ua:ummiamanah24@gmail.com,发表:putrioktashafuraa@gmail.com,bb:bimabagaskara com:bimababaskara0@gmail.com接收:24-11-20-20-2023,接受,接受:21,Jatinangor,Sumedang 45363,印度尼西亚西爪哇省; 3。Div>动物营养系,动物科学学院,Hasanuddin University,JL。独立公里的先驱。10 UNDAS TAMALANREA校园,Makassar; 4。农业学院,北苏门答腊大学动物科学系; 5。畜牧研究中心,国家研究与创新局(BRIN),JL。Raya Jakarta Bogor 11,Cibinong 16915,印度尼西亚。Corresponding Author: Mardiati Zain, E-mail: mardiati@ansci.unand.ac.id Co-authors: uht: ujang.hidayat@unpad.ac.id, Jas: jasmal.syamsu@unhas.ac.id, Yy: yunilas@usu.ac.id, Rp: ronipazla@ansci.unand.un.ac.id: ezim002@brin.go.id,mm:malikmakmur27@gmail.com,ua:ummiamanah24@gmail.com,发表:putrioktashafuraa@gmail.com,bb:bimabagaskara com:bimababaskara0@gmail.com接收:24-11-20-20-2023,接受,接受:
在1984年,Shamir [27]要求采用公共密钥加密方案,其中公钥可以是任意的字符串。In such a scheme there are four algorithms: (1) setup generates global system parameters and a master-key , (2) extract uses the master-key to generate the private key corresponding to an arbitrary public key string ID ∈{ 0 , 1 } ∗ , (3) encrypt encrypts messages using the public key ID , and (4) decrypt decrypts messages using the corresponding private key.Shamir基于身份的加密的最初动机是简化电子邮件系统中的认证管理。当爱丽丝通过bob@hotmail.com向鲍勃发送邮件时,她只是使用公共钥匙字符串“ bob@hotmail.com”对她的消息进行加密。爱丽丝无需获得鲍勃的公钥限制。当鲍勃收到加密的邮件时,他会联系第三方,我们将其称为私钥生成器(PKG)。鲍勃以同样的方式将自己身份验证到PKG上,他将自己身份验证到CA并从PKG中获得了私钥。鲍勃可以阅读他的电子邮件。请注意,与现有的安全电子邮件基础架构不同,即使鲍勃尚未设置其公共密钥证书,爱丽丝也可以向鲍勃发送加密邮件。还要注意,密钥托管是基于身份的电子邮件系统固有的:PKG知道鲍勃的私钥。我们在下一节中讨论了关键撤销以及IBE计划的几个新应用程序。自1984年提出了该问题以来,已经提出了有关IBE计划的几个建议(例如[7,29,28,21])。但是,这些都不是完全令人满意的。某些解决方案要求用户不勾结。其他解决方案要求PKG为每个私钥生成请求花费很长时间。一些解决方案