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疫苗接种Swindon活动工具包
关键见解•由于在大流行期间，有关疫苗安全的官方建议/指导改变了疫苗安全/指导的方式，因此在妊娠妇女中怀孕的一些妇女仍然警惕怀孕妇女的疫苗。• The repeated nature of Covid-19 immunisa=ons has led some to ques=on whether the vaccines are preferable to a ‘natural immunity' approach • Midwives are a credible source of informa=on for this audience • Personal experiences/ins=ncts and those of close friends and family are important influencers on vaccine decisions for this audience • Because the health of their baby is a major priority, impact of any doubts over safety/effec=veness is magnified – any lingering concerns can override other informa=on • This also means that pregnant women are strongly mo=vated to seek health informa=on – crea=ng an opportunity for messaging to direct them to credible sources Parents of • Onen, the uncertainty around the Covid vaccine has caused parents to ques=on pre-school preschool vaccines, or at least opt to “do their own研究”，而不是简单地接受儿童自动= cally•随着共同疫苗的不确定性植根于发育速度 - 围绕更既定的疫苗的长期风险保证（例如，幼儿园）对考虑到•与其他父母的受众一样，有Mo = va = on以寻找信息。direc = ng对正确/可靠的来源进行的搜索是关键，以防止“知识差距”被Misinforma = On所填写。青少年
事件报告
- Panel Discussions: The EU Ai Act and Global Alignment on AI Regulatory Efforts, Towards the Global Interoperability of AI: The role of global cooperation on standards, Geopolitical Influences on AI Development, Mitigating AI Risks through Safety and Fairness Measures, and Fireside Chat: Exploring the UN's AI Agenda under the Global Digital Compact and Keynote Session: Accelerating Responsible, Safe and Equitable AI Development - Not in particularly, the whole central organized program was interesting and fine because of the different type of sessions (presentation, panel discussion) - Equitable Access and Opportunity: AI for Inclusive Growth - One on AI standardisation - AI Act - AI Safety Institutes talking about their work - EU AI Act and globalisation standards - The impact of AI on innovation and technology - I found the side event of the EIT Digital Workshop very helpful in the morning, as it provided us the opportunity to contribute在一天中的讨论点上，即使我们不是峰会上的主要发言人：-)-小组讨论：欧盟AI法案和全球在AI监管工作方面的一致性 - 讨论的有用点，是对AI的治理，所有参与者，机构，机构，州，州，UN，UN，ONG的协调和对跨越的范围的跨度AII的竞争，而不是A.发达国家，对我来说，这是一个巨大的挑战！- 标准面板特别有用，因为它揭示了到目前为止，关于“ AI标准”的讨论如何不明确和不确定。有时由于没有说的话，面板很有用。- 地缘政治AI
fineronone用于治疗2型糖尿病的慢性肾脏疾病
3.1慢性肾脏疾病（CKD）是涉及异常肾功能或结构的长期疾病。它受合并症的影响，尤其是2型糖尿病。2型糖尿病中的多余葡萄糖会进一步影响肾脏功能并加速CKD进展。在严重的情况下，有时需要透析或移植。据估计，大约300万人在英国患有2型糖尿病，其中约有20％需要肾脏疾病治疗。临床专家评论说，与仅CKD的人相比，患有CKD和2型糖尿病患者具有发病率的额外风险（包括末期肾脏疾病）和早死亡。这特别是因为它们患心血管疾病的风险更高。临床专家补充说，治疗的目的是减慢疾病进展。They described current treatments, which focus on lifestyle changes, using angiotensin-converting enzyme (ACE) inhibitors and angiotensin-receptor blockers (ARBs), as well as increasing use of sodium–glucose cotransporter-2 (SGLT2) inhibitors because of the recent recommendations in the NICE guideline on the management of type 2 diabetes in adults (NG28) and Dapagliflozin治疗慢性肾脏疾病（TA775）的良好技术评估指南。临床专家强调，尽管目前的疗法，但由于肾功能逐渐恶化的残留风险，需要对CKD和2型糖尿病患者进行其他疗法。他们还强调了需要管理并发症，例如脚溃疡和由周围血管疾病引起的截肢。除
LEC 17：量子自旋霍尔绝缘子，Kene-Mele模型 讲座1：超导性的历史介绍 LEC 14：Dirac Hamiltonian，Hofstadter Butterfly 讲座15- prf 的CPA安全加密 讲座39-光电探测器的一般特征 清洁和可再生能源生产的技术 讲座45 EEG信号的基本面 演讲2关于超导性的简短课程 讲座 - 3个电子配对，BCS理论的基础 Kane-Mele模型如此，在最后一类中 讲座31-随机Oracle模型 - 第I部分 讲座15-图像增强 AI营销教授Zillur Rahman教授... 功能基因组学
我们看到了以非零搅拌数为特征的Haldane模型或Chern绝缘子，并且绝缘子的特征是破碎的时间逆向对称性。系统中没有时间逆转对称性，这是我们提到的第二个邻居复杂跳跃所引起的，这是Haldane的这张照片，后来在2004年至2005年左右，这是Charlie Kane和Mele，他们已经知道，他们已经知道，可以恢复时代不变性，并且可以恢复其他胰岛素，这将是一个跨媒介，这是可以恢复时代的不变性。实际上，他们意识到的是非常深刻的，如果我们在系统中包括自由度的自由度，而不是我们一直在谈论的伪旋转器，那么我们到目前为止一直在谈论的伪旋转器，那么有可能恢复丢失的时间逆转对称性。当然，系统不会有Chern号，也不会称为Chern绝缘子，但它将是另一种绝缘体，它被称为量子旋转厅绝缘子，这就是我们所看到的。So, Kane and Mele they proposed this model which is known as the Kane Mele model and these are the papers that you see that which were published in 2005 in the physical review letters by both Kane and Milley the one of them is called as the quantum spin Hall effect in graphene which they realized that because along with the spin orbit coupling term there is the Hamiltonian respects all symmetries of that of graphene.因此，它很可能会在石墨烯中存在，然后他们在同年写了另一篇论文，或者比下一篇论文提前了，该论文说的是Z2拓扑顺序和量子旋转厅效应。
B.E.S.T. 10年级写锚集B.E.S.T. 10年级写锚集
自动驾驶汽车不会超过抽签，因为它的电气和任何时间都可能出现问题，并且车辆可能会使人置于危险之中。在文本中，大多数人可能不会在驱动其自我控制的汽车周围感到安全，因为它被计算机控制了，并且可能会出错，或者可能会出错，或者可能会弄乱，停止工作，甚至遇到电气问题。eventually something would happen to the car becuase it is electrical and it will have wireing problems one day,and people are going to be using them so much cause they dont have to drive them self to places the car will not work anymore.this driving self car could not actually be safe like they say it is becuase your life could be in danger,and those who work for uber or lyft or to drive people places wouldn't get payed because its not a human driving its a computer and that means people would be doing there job一无所有，有些人可能不愿意乘坐没有人驾驶的汽车，因为他们不知道自己会在其中的安全，或者将孩子们放在自己的身上，让汽车带他们带他们去所需的地方。如果有一个不知道该如何开车或不想学习如何的人，并且他们得到了新的驾驶自汽车，因为他们知道它会驱动自己的自我，而他们不必控制汽车，他们去购买它，有一天，他们不知道该怎么做的汽车出了什么问题，尤其是如果他们没有钱，那就尤其是那个东西，然后再因为货车而遇到另一个钱，因为ock ot又因为货车而陷入困境。
在单原子催化的芬顿样反应中将活性位点和氧化物种相关联
类似芬顿的反应中使用的化学氧化剂涉及过氧化氧化物（H 2 O 2）和硫酸盐（例如过氧硫酸盐（PDS，S 2 O 8 2 - ）和过氧甲硫酸盐（PMS，HSO 5-−S）），可以激活使用同型和Hetogenos of catlyos和Hetogenos Catlyss，它们可以激活其。尽管金属离子（例如，Co 2+，Fe 2+，Cu 2+）及其可溶性复合物在同质系统中有效地应用，16-18这种可溶性催化剂的双方恢复会导致继发性污染，限制其应用（图。1）。相反，异质的芬顿样催化剂通过提高稳定性和易于分离来解决这些问题。19 - 21尤其是一些金属基杂种催化剂，例如纳米金属氧化物，金属纳米颗粒（NPS）和金属单原子催化剂（SAC），引起了人们越来越多的注意力，这是由于其出色的活性引起的芬顿样反应。22 – 24 However, the con ned surface locations of metal active centers in heterogeneous NP catalysts result in inferior catalytic e ffi ciency compared with their homogeneous counterparts, su ff ering from low metal atom utilization e ffi - ciency because of agglomeration of metal atoms and embed- ding in the bulk of NP catalysts.25,26此外，大多数报道的NP催化剂具有不均匀的粒径分布和多功能表面结构的特性，这给探索固有的催化机制带来了巨大的挑战，并在类似芬顿的反应中建立了结构 - 活性关系。24,27,28
合成生物学的正交遗传系统
genetic systems. The components of a host-orthogonal genetic system include but are not limited to orthogonal DNA polymerase, orthogonal RNA polymerase, orthogonal aminoacyl tRNA synthetases, orthogonal transcription factors, and unnatural amino acids. Constructing a host-orthogonal genetic system is of great significance to the devel- opment of synthetic biology. Similar to a computer program, the genetic system needs to be modified and rewritten to meet different needs in synthetic biology. [2] However, the native genetic system is rigid and complex, [1] which brings challenges to genetic engineering for a fine-tuned con- trol of the genetic system. First, the heterogeneous elements and devices are often incompatible with or interfere with native biological systems. This is like a computer program that is suit- able for one operating system cannot be read in another oper- ating system. It is common for a genetic element which func- tions well in its host organism fails to work in another organism that is more suitable for large-scale industrial applications. [3–4] Second, massive modifications of the native genetic system may lead to the death of the host organism. For example, large phenotypic changes are often inaccessible in the host organism because the substantial genetic changes could harm the expres- sion of host genes. [4–5] To address these limitations, researchers set out to construct host-orthogonal genetic systems. Just like a virtual machine, the orthogonal genetic system separates from the large and unwieldy host operating systems, and shows operational flexibility and minimal impact on the host biolog- ical system. In this review, we will describe the design and con- struction of host-orthogonal genetic systems, highlight some of their applications in the synthetic biology field, and discuss the associated challenges and opportunities.
“光伏+”储能微网电站设计要点分析
1）随着分布式光伏统筹上网电价逐年下降以及储能系统成本降低，建设分布式+储能系统实现 分布式电源全部就地消纳具有较好的经济效益，同时利用储能系统每天“两充两放”的特性， 合理利用阶梯电价，提高系统效益。With the distributed PV grid prices and the energy storage system cost decreasing every year, there is good economic benefit to build the distributed + energy storage system to achieve all the local power consumption, and because the energy storage system charges and discharges twice every day, the step tariff , if well employed, can increase the system benefit. 2）通过能量管理系统控制分布式电源+储能系统平滑输出，减小外部气象条件对分布式电源输 出的影响，提高供电电能质量。Achieving smooth output from the distributed power supply + energy storage system by the energy management system, reducing the impact to the distributed power output from the external weather conditions and improving the quality of power supply. 3）通过分布式电源+储能系统组成并网型微电网系统，当电网故障时，自动切换至独立运行模 式，保持重要负荷连续供电/或者利用储能系统代替企业原有设计起到后备电源（UPS）的作 用。When the grid breaks down, the microgrid system that is composed of the distributed power supply + energy storage system automatically switches to stand-alone mode, which maintains continuous power supply or uses energy storage system to replace the UPS in the original design.
