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Research News Chinese Academy of Sciences

研究揭示“氧化还原—钙信号”耦合调控纤毛协调摆动新机制

纤毛/鞭毛是细胞表面伸出的“天线状”保守细胞器，广泛存在于从单细胞真核生物到哺乳动物的各类细胞中。其中，运动纤毛需像船桨一样同步摆动，才能推动细胞定向游动，并通过产生定向液流，完成呼吸道黏液清除、脑脊液循环等生理过程。一旦这种“同步”被打破，或引发原发性纤毛运动障碍（PCD）、内脏左右位反转、脑积水等纤毛相关疾病，目前仍缺乏成熟的治疗方案。然而，多根纤毛究竟依靠何种信号实现协调摆动，长期以来尚不明晰。

Research #Chinese Academy of Sciences #科研进展 #CAS
Research News Chinese Academy of Sciences

长效神经融合脑机界面研究取得进展

脑机接口是神经医学、康复工程与人工智能交叉领域的前沿技术。电极与脑组织间的神经融合界面直接决定设备使用寿命、信号采集精度与临床安全，是实现长期稳定神经记录、闭环精准神经调控的根基。 当前界面技术仍存短板 ，现阶段柔性基底、导电高分子、单一功能修饰涂层等技术仅能优化某一项缺陷，无法同步实现长效抑菌、抑制生物污损、削弱免疫排斥、稳定电学性能、电极无损回收等五项临床刚需，制约了脑机接口的临床落地应用。

Research #Chinese Academy of Sciences #科研进展 #CAS
Research News Adelaide University

New funding backs pioneering research to make brain cancer treatment more effective

Adelaide researchers are challenging decades-old assumptions about brain cancer treatment in a bid to make radiation therapy more effective against tumours, while reducing damage to healthy tissue.

Research Medical Research Life Sciences #Adelaide University #Adelaide #medical research #clinical research #genomics #biology
Research News Yale University

Reading the giant tortoise DNA that time forgot

Using a new combination of computational tools to analyze ancient DNA , Yale researchers have discovered two ancient, extinct giant tortoise lineages that once lived on the Galapagos Islands.

Research Life Sciences #Yale University #research #Yale #Yale News #genomics #biology
Research News University of California San Diego

Rules of the School

Scientists have developed a new understanding of how fish interact as they school in groups. Fish were found to copy their neighbors to align their movements within schools. The discovery opens a door to examining how the brains of individuals interact to produce group-level collective behavior.

Research #University of California San Diego #UC San Diego #UCSD Today
Research News University of Colorado Boulder

CUriosity: How special are the Boulder Flatirons, really?

Lon Abbott, who studies how mountains form, explains how Boulder’s iconic Flatirons got their shape and why they’re so special even though they’re not one of a kind.

Research #University of Colorado Boulder #CU Boulder #CU Boulder Today
Research News University of Wisconsin-Madison

Study linking environmental factors and Alzheimer’s disease awarded NIH funding

The nationwide study led by the UW School of Medicine and Public Health explores the relationship between Alzheimer’s disease, environmental factors and lifetime experiences.

Medical Research Environment & Climate Research #University of Wisconsin-Madison #Campus news #Health - Wellness #Science & Technology #Alzheimer's Disease #research #School of Medicine and Public Health #medical research
Research News University of Wisconsin-Madison

Human Ecology students help Harley-Davidson rev up the next generation of riders

How can Harley-Davidson attract the next generation of brand loyalists? Five UW–Madison students collaborated with the iconic, Wisconsin-based company to share their ideas.

Research #University of Wisconsin-Madison #Campus news #career preparation #School of Human Ecology #Teaching and Learning
Research News University of Amsterdam

UvA to join Amsterdam Cleanup Day on 18 September

On Friday 18 September, the whole of Amsterdam will be tidying up the city. For the fifth edition of Amsterdam Cleanup Day, thousands of Amsterdammers will take to the streets to pick up litter. The UvA is taking part again.

Research #University of Amsterdam
Research News University of Bristol

Ultrasonic beam extends acoustic levitation range sixfold

Scientists have developed a new acoustic levitation technique using an ultrasonic beam capable of levitating and moving small objects in mid-air over distances of up to 40cm, six times further than previously achieved using conventional methods.

Research Press Releases #University of Bristol #research #Faculty of Science and Engineering #School of Electrical #Electronic and Mechanical Engineering #Press Release #Bristol
Research News University of Bristol

World’s largest menstrual fluid biobank will transform understanding of menstrual health

A new UK study will seek to help women get faster, better treatment for heavy menstrual bleeding, through creating one of the world’s largest biobanks of menstrual fluid.

Research Medical Research #University of Bristol #Health #research #Faculty of Health and Life Sciences #Bristol Medical School #Population Health Sciences #Bristol #medical research
Research News University of Bristol

Hidden hormone spikes may reveal high blood pressure condition, study shows

A common but often overlooked cause of high blood pressure may be hiding in plain sight – and data from a pioneering wearable device could hold the key to its earlier diagnosis, according to new research.

Research Medical Research #University of Bristol #Alumni #Health #Public engagement #Publications #research #Faculty of Health and Life Sciences #Bristol Medical School
Research News Chinese Academy of Sciences

Research on the spatiotemporal evolution of equatorial glaciers has made progress

赤道冰川是全球气候变化的高度敏感指示器。在全球气候变暖背景下，以乞力马扎罗山为代表的热带冰雪景观正加速消退。 受云层遮挡等观测条件限制，学界对赤道冰川演化过程仍缺乏系统的定量认知。因此，对赤道冰川开展长时序的时空演变监测，对解析低纬度冰川对全球气候变化的响应机制、评估区域生态与水资源风险等具有重要科学意义。

Research #Chinese Academy of Sciences #科研进展 #CAS
Research News Chinese Academy of Sciences

偏振视觉研究取得进展

现有偏振感知低照度增强方法存在依赖成对低照度—正常光数据、跨场景泛化能力有限，以及复杂低照度条件下辐射与偏振信息难以协同恢复的问题。

Research #Chinese Academy of Sciences #科研进展 #CAS
Research News Chinese Academy of Sciences

研究解析糖酵解双重降解抑制通路调控牡蛎温度适应的新机制

近日，中国科学院海洋研究所团队在后生动物中揭示了一条保守的能量感知级联调控轴（KAT2/HDACⅡa–PGK–ALDO），阐明了细胞在能量危机下通过“双重降解抑制”协同锁定并放大糖酵解产能的分子机制。该成果破译了潮间带牡蛎耐热适应分化的代谢演化基础，为解析人类肺腺癌恶性增殖机制及靶向干预提供了新视角。

Research #Chinese Academy of Sciences #科研进展 #CAS
Research News Chinese Academy of Sciences

激光反射层析实现3.3公里距离下无扫描的高分辨非视域成像

传统光学成像仅可探测直接视线范围内的物体，而非视域成像技术能突破这一物理限制，通过探测在环境中经历多次散射的光子，计算重建出被遮挡的隐藏场景，在自动驾驶、灾害救援、医疗诊断及工业检测等领域展现出应用前景。然而，现有主流非视域成像方法多依赖扫描方式获取成像信息，面临难以调和的速率—分辨率矛盾。同时，在远距离成像场景下，多次散射光子能量急剧衰减，该矛盾更为突出。

Research #Chinese Academy of Sciences #科研进展 #CAS
Research News University at Buffalo

Tracking water level data with AI

UB team designed a workflow that combines image-processing techniques with AI to interpret photos submitted through CrowdHydrology.

Research Environment & Climate #University at Buffalo #UBNow #research #climate #decarbonization
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