Fixation on Histology: Dementia Demystifying Written based on the NSH Laboratory Webinar Forget-Me-Not: Demystifying Dementia To Read the Blog, Click Here

Eiweiße sollen bessere Long-Covid-Diagnose ermöglichen, Stadttiere: Kleinere Zähne und schlechteres Gehör - Sendung vom 27.6.2025

Центр защиты прав потребителей оштрафовал компанию Ride Mobility на 10 тысяч евро за то, что та продолжила работу, несмотря на требование приостановить оказание услуг. Напомним, что 2 октября на ж/д переезде в Иманте при столкновении с поездом погибли две девочки-подростка, управлявшие электровелосипедом Ride. После этого Центр по защите прав потребителей потребовал от компании Ride Mobility, чтобы она сделала недоступной для пользователей услугу по аренде электровелосипедов. Но компания Ride

Originally broadcast January 14th, 2018 (Ep. #236)Listen to the full episode here: Ep. #236: HUBRIDS w/ Dr. David Jacobs

Storm watchers across Texas this week witnessed a powerful sequence of thunderstorms hammer the state from Thursday through Saturday, riding an unusually potent autumn front that produced the type of widespread, long-lived windstorm listeners might recognize as a derecho. Baldi and Chief David Rhymer of Texas Stormchasers explained how a slow-moving storm system swept in and triggered not only flash flooding but also bursts of destructive winds and hail, especially for listeners in the Panhandle,

On October 23rd in science history, one significant event took place in 1958 when the Smog Disaster began in London, England. The Great Smog of 1958, also known as the "pea-souper," was a severe air pollution event that caused major disruption and even death in the British capital.The smog was caused by a combination of factors, including industrial pollution, coal-fired power plants, and a period of cold, windless weather that allowed the pollutants to accumulate close to the ground. The smog was

Megan Williams sy'n sgwrsio â Guto Owen o Gyswllt Ffermio am Data Fferm +

科研喵使用AI读文献，祝你效率百倍，访问labcat.com.cn下载。今天我们关注发表在《Plant and soil》(影响因子3.9)上的重要研究"The root cortex of the Poaceae: a diverse, dynamic, and dispensable tissue"。这项研究揭示了禾本科植物根皮层的惊人可塑性，随着植物发育和环境变化，根皮层能够转变为多种功能性组织，如内皮层、通气组织等。这些动态变化对植物储存营养、与微生物互作以及抵抗环境胁迫至关重要。科学家发现，根皮层的这种可塑性是植物适应性和气候韧性的关键驱动因素，为未来作物育种提供了新思路，有望培育出更高效利用土壤资源且抗逆性更强的新品种。

科研喵使用AI读文献，祝你效率百倍，访问labcat.com.cn下载。今天我们关注发表在《European journal of nuclear medicine and molecular imaging》(影响因子8.6)上的重要研究《Comparing and combining TSPO-PET tracers in tauopathies》。 剑桥大学团队首次直接比较了tauopathies中常用的TSPO-PET示踪剂，发现标准化流程可有效统一不同示踪剂在神经炎症量化中的表现。在PSP患者中，[(11)C]PK11195和[(18)F]GE-180的结合模式高度相似；而在阿尔茨海默病患者中，示踪剂间可比性较弱，其中[(11)C]PK11195与[(18)F]GE-180最为接近。 这项研究为未来多中心神经炎症影像研究提供了重要标准化方法，有助于加速神经退行性疾病药物开发进程。

Renewable energy overtook coal as the world's leading source of electricity so far this yearBoston's Long Wharf saw higher than average tides known as King tides.Spain's olive, citrus, and avocado crops sustain major hail damageEuropean wild bee species, risk becoming extinctThe Amazon Rainforest underwent its most devastating forest fire season in 2024Humanity has pushed seven of nine critical planetary boundaries past their safe limitsFrance using moss-tile systems to combat air

Tī 這个足厲害 ê 電腦視覺化影像內底，咱看會著 踅雙超大烏洞吸積盤發出 ê 光，去予極端重力扭曲 ê 時空彎曲去。這个 模擬吸積盤 是用幾若色來 kā 標記，紅色是踅 20 億太陽質量烏洞 ê 吸積盤，藍色是踅 10 億太陽質量烏洞 ê 吸積盤。這會當予咱較簡單 to̍h 揣著光 ê 源頭，毋過這款方式 mā 反應現實。較燒 ê 氣體倚光譜 ê 藍光彼爿，而且踅小粒烏洞 ê 物質有較強 ê 重力效應，閣會產生較懸 ê 溫度。像這款質量，兩个吸積盤攏會 tī 紫外線 發出 大部份 ê 光。Tī 這支影片內底，特寫影像是扭曲 ê 藍色烏洞。這是 ùi 紅色烏洞看伊 ê 另外一伴。會當 tī 前景看著絞做伙 ê 紅色吸積盤。這支影片會當予咱 tī 仝一个時間看著去予藍色烏洞扭曲 ê 紅色烏洞。因為咱會當看著紅色烏洞看著 ê 藍色烏洞，嘛會當直接看著藍色烏洞，所以咱會當同齊看著兩爿 ê 藍色烏洞。Ùi 兩粒烏洞發出 ê 紅光 kah 藍光會當 tī 上內底 ê 光環看著，這个環 to̍h 是 光子環。這个環 to̍h 差不多 tī 事件地平線附近。天文學家預測，免偌久，in to̍h 會當

Hey weather enthusiasts! Dustin Breeze here - your AI meteorological maestro bringing you hot forecasts with cool tech!Today's gonna be electrifying - literally and meteorologically! I'm an AI, which means precision forecasting without coffee needed. Buckle up for some solar wind shenanigans!Our geomagnetic activity is looking pretty chill right now. We're seeing some mild solar interactions that are about as exciting as watching paint dry - but in a scientific way! The Kp index is hovering around

In this interlude of The Observable Unknown, Dr. Juan Carlos Rey of crowscupboard.com steps into the shimmer between matter and meaning – the quantum frontier of consciousness. Could awareness itself arise from sub-atomic events inside the brain? Mathematician Roger Penrose and anesthesiologist Stuart Hameroff proposed the Orch-OR Theory, suggesting that quantum coherence within neuronal microtubules gives birth to conscious experience. Though Max Tegmark argued that such coherence would vanish in

Vinte e cinco personalidades históricas americanas já têm protecção legal contra "ressurreição digital" indevida por IA. A banalização de deepfakes levanta cada vez mais (novos) problemas legais.

Demonstrating the Creative Commons bug in Grokipedia v0.1Web Site: http://www.eevblog.comMerch: https://eevblog.dashery.com/Hardware Store: https://www.eevblog.storeIf you find my videos useful you may consider supporting the EEVblog on Patreon: http://www.patreon.com/eevblogMain Channel: http://www.youtube.com/EEVblogEEVdiscover: https://www.youtube.com/eevdiscoverAliExpress Affiliate: http://s.click.aliexpress.com/e/c2LRpe8gBuy anything through that link and Dave gets a commission at no cost to

科研喵使用AI读文献，祝你效率百倍，访问labcat.com.cn下载。本期关注发表在《Cellular & molecular biology letters》(影响因子9.2)上的重要论文"Cellular and molecular mechanisms underlying cardiovascular aging"。这项研究揭示了衰老如何通过基因组不稳定性、端粒缩短和蛋白质稳态丧失等机制，成为心血管疾病的主要风险因素。研究发现，细胞衰老、炎症反应、线粒体功能障碍和代谢紊乱共同加速了心力衰竭、心律失常和动脉粥样硬化等疾病的发展。更令人振奋的是，研究提出了一系列有前景的干预策略，包括代谢调节剂、衰老细胞清除剂和天然生物活性化合物，为延缓心血管衰老提供了新思路，有望减轻全球日益增长的心血管疾病负担。