CAS InsightsTM
Accelerating your scientific progress by revealing unique connections and perspective at the intersection of science, technology, and innovation.
![Multi-walled Carbon Nanotube](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/667453f114451ce2a6ea2d3f_GettyImages-181900530_CAS-Insights-Hero-Image.jpg)
Biomedicine, batteries, and more could be revolutionized by carbon nanotubes. See the full range of their applications.
![大脑活动人脑损伤神经网络](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6655fc2f707825861f42f3d4_GettyImages-1410795105_CAS-Insights-Hero-Image.jpg)
这份与西湖大学合作发布的详细技术报告讨论了生物材料的布局以及该领域的快速变化。
![middle aged woman with mobility issues](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6655f4d45b39fb2df7add062_GettyImages-1172515013_CAS-Insights-Hero-Image.jpg)
Sharing new research on inverse vaccines, potential new breakthroughs in treating autoimmune diseases like multiple sclerosis, type 1 diabetes and celiac disease
![氨基酸或称为蛋白质的生物分子链](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6655f9d7074789ae00e32c92_GettyImages-1337292061_CAS-Insights-Hero-Image.jpg)
在我们最新的布局分析中,查看包含可逆化学键的自愈材料如何重塑伤口护理、药物输送和组织再生。
![Male Doctor and Patient Examining brain MRI](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6655f72f393c15ac97050e32_GettyImages-1412852343_CAS-Insights-Hero-Image.webp)
Biomarkers, personalized medicine and gene therapies are fueling research breakthroughs. Discover new treatments targeting genetics and protein buildup to manage this devastating disease.
![Organic, bio cosmetics healthy concept with Petri Dishes](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6650c9a5a28beeec4baafb63_GettyImages-1357162123_CAS-Insights-Hero-Image.jpg)
Learn about the shift towards sustainable and natural ingredients in cosmetics, supported by data from the CAS Content Collection™.
![Human brain](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65738d1500058c938ae33bcb_GettyImages-1410795090_CAS-Insights-Hero-Image.webp)
Bioelectronics: Merging man and machine. Explore the latest advancements in brain-computer interfaces, materials, and their potential to revolutionize medicine.
![baby feet](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6650cdfaa290bc2f4cefcae0_GettyImages-1530326519_CAS-Insights-Hero-Image.webp)
Nanoscale materials are bridging the gap between nanotechnology and bioelectronics, paving the way for highly sensitive biosensors.
![Molecular model of messenger ribonucleic acid mRNA](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/66421322277b4accaff6f2ee_GettyImages-1450368712_CAS-Insights-Hero-Image.webp)
Different types of antisense oligonucleotide therapies, such as exosomes and nanoparticles, offering new hope in genetic medicine.
![Human cell and virus cells](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6642166d4ee026b29025ce35_GettyImages-182506763_CAS-Insights-Hero-Image.jpg)
Learn how emerging trends in AI are impacting CBRNE threat detection and mitigation.
![A digital art image depicting a dark, circular center surrounded by a radiant halo of glowing blue and green light strands, resembling an eye or an abstract explosion. The background is a deep blue, enhancing the vibrancy of the colors.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6642179c8cd214f452d9591f_GettyImages-1495604593_CAS-Insights-Hero-Image.jpg)
Unlock the potential of nanotechnology. Explore breakthroughs and challenges in energy, biomedicine, and more in our executive summary.
![Molecular Structure](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/662913325d2f69ff56ece8bd_GettyImages-157742535_CAS-Insights-Hero-Image.jpg)
CAS STNext clusters can accelerate prior art search by accessing multiple curated databases, saving time and ensuring reliable results.
![IP Services](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/661d6544fedcf2eecb6ad1d8_ip_services-capabiliteis-1217903400-16-9.webp)
David Saari, Ph.D., shares his thoughts on blending science, law, and technology in IP, highlighting the competitive edge of multidisciplinary expertise.
![Salt and pepper shakers on a restaurant table, with sweeteners nearby.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/661eb4fe5e2d426ec4788079_GettyImages-1000353706_CAS-Insights-Hero-Image-resized.jpg)
Uncover the science behind sweeteners, their health impacts, R&D trends, and investment data.
![Human brain](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/661996611cecc2d0d3f0e163_GettyImages-928080812-1280x1280.jpg)
While no cure exists for PolyQ diseases like Huntington's, new breakthroughs, therapies, and research could change that.
![Mauro and Chris](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/66199cbc6ab50a6bef54a694_Mauro-and-Chris-photo.jpg)
We speak with Mauro Mileni, Ph.D., and Chris Roth, Ph.D., about how their company is leveraging specific technology to fill an innovative drug pipeline.
![Close up of invasive colon cancer cells](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/660b152cd509f2b7d087348a_GettyImages-142021970_CAS-Insights-Hero-Image.webp)
Biomarkers could help doctors catch cancer earlier, cure it more frequently, and perform treatments with fewer risks.
![Particles data wave](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65d8c85667f4e4af6661357f_GettyImages-1341258962_CAS-Insights-Hero-Image.webp)
Data-driven technologies play a pivotal role in swift analysis and quick response to chemical threats.
![nuclear battery](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/660b15008daa7fa27beba6f6_INSGENENGSOC101903-Nuclear-Battery-Article-1920x1080-Hero%20(1).webp)
袖珍核电池背后的科学。 从为可穿戴设备供电到处理放射性废物,探索贝塔伏特电池的潜力与局限性。
![A close up of computer chips](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65e74ec941619ea1747eae5b_GettyImages-1153450785.webp)
Recycling semiconductors was once a far-off dream. However, new research and technology shows that this could become reality.
![Sugar substitute on color background](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/660b18e3e247ebc5ca11c003_GettyImages-1409397697_CAS-Insights-Hero-Image.webp)
Explore the science behind sweeteners, their health impact, and emerging alternatives.
![白细胞](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/660b1a05e9c564289508fa58_white_blood_cells_attacking_1920x1080.webp)
最近举行的癌症与大数据专家网络研讨会揭示了免疫肿瘤学的新兴趋势、数据挑战以及研究人员面临的机遇。
![DNA sequencing illustration](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/66747995abfcc60e3b2d85f5_GettyImages-670895255_CAS-Insights-Hero-Image.jpg)
See key insights on emerging RNA IP trends and possibilities for future innovations in this executive summary.
![Different types of tablets in blister packaging and jars on the table.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65cf8119f6ef06d6af622f5d_GettyImages-1648498226_CAS-Insights-Hero-Image.webp)
As antimicrobial resistance becomes a larger problem, new approaches to battling infections are emerging.
![A close-up image of several translucent, spherical cells with a blue outer layer and an orange-red, textured inner core. These cells appear to be floating in a blue, hazy environment, giving a microscopic view typically seen in biological studies.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65d51e666d2d9590a9f5faf3_GettyImages-1786394525.webp)
The landscape of exosomes has become highly competitive. See all the recent investments, innovations, and commercial opportunities.
![Green Fertilizer](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65cf7a03238d4e090e321b34_INSGENENGINFO101882-Sustainable-Fertilizer-Infographic-Social-Cutdown.webp)
See how new innovations like biorefineries, waste repurposing, and materials are reshaping the future of sustainable fertilizers.
![Entrepreneur discussing with colleagues on video call](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65cf7e1dd554e0abad3cc653_GettyImages-1369567908_CAS-Insights-Hero-Image.webp)
Experts from Lawrence Livermore National Lab, Oak Ridge National Lab, The Ohio State University, and CAS discuss major research trends in 2024.
![Two Asian female friends visiting her female patient in the hospital ward](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65c12bd488efdfba788f46da_GettyImages-1425645808_CAS-Insights-Hero-Image.webp)
As cancer is projected to increase, finding stronger therapeutics is more urgent. Biomarkers offer a potential solution for better diagnosis and treatment.
![Liquid based cytology microscope slide for pap smear test](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65c278ff61dc0de6133b4c1d_GettyImages-1431379640_CAS-Insights-Hero-Image.webp)
CAS and Excelra delved into data surrounding biomarkers and their relationship to cancer to identify key targets for future study.
![A healthcare worker in blue protective gear, including a mask and face shield, is standing beside a seated patient in a hospital setting. The patient, with an arm cuff, is looking at a monitor displaying vital signs. Sunlight filters through large windows behind them.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65a0155aa1881cbe9dea123e_GettyImages-1404912459_CAS-Insights-Hero-Image.webp)
Immunotherapy is advancing with new approaches like CAR-T cell therapy, antibody-drug conjugates, and even checkpoint inhibitors.
![genetic engineering and dna microarray](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65a94cce3088880fe4bf0917_GettyImages-1154532721_CAS-Insights-Hero-Image.webp)
人工智能重新定义天然产物药物的发现。 了解机器学习技术如何从植物、微生物等中发掘出多种候选药物,从而加快发现速度
![Antimicrobial susceptibility test Antibiogram Antibiotic resistance bacteria](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65a0113448a534029c5737f3_GettyImages-1360169225_CAS-Insights-Hero-Image.webp)
抗生素耐药性感染是一场全球性的公共卫生危机。 在与耐药细菌的斗争中,人们需要人工智能、替代疗法和材料创新等新型解决方案。
![磨碎的塑料薄片](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65835acc7203e7c0186392b8_gettyimages-1331268240.jpg)
了解数字化转型如何减少浪费,并通过重新利用废物副产品为公司创造新的收入来源。
![insgenengsoc101791-新兴趋势免疫肿瘤学研究文章-1920x1080-Hero](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6580b835ce3a957ecf054c03_INSGENENGSOC101791-Emerging-trends-Immuno-oncology-research-article-1920x1080-Hero.webp)
在本文中揭示免疫肿瘤学出版物和研究领域的新趋势,确定未来的新机遇和挑战。
![swirly picture](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65832e03044447447de3d7a2_INSGENENGSOC101819-Drug-Discovery-Article-1920x1080-Hero.webp)
The pharma industry is tackling major drug discovery challenges in several new ways. Have they been successful?
![GettyImages-1142858578_cas-Insights-Hero-Image](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/657b4bdf4cb03ec1d128e408_GettyImages-1142858578_CAS-Insights-Hero-Image.webp)
制药制造商正在研究如何从暗制剂数据中获得见解,将曾经隐藏的知识转化为药物发现。
![绿色表面上的水滴](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65676dbc2ba20519d311b5db_GettyImages-1317109051_CAS-Insights-Hero-Image.webp)
随着可持续发展理念的不断深入,涂料生产商正在通过以下 4 种方式将可再生原料用于自有产品之中。
![A person sitting at a table prepping medicine](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/655b64b0fe6a771162b586f9_INSGENENGSOC101294-Weight-loss-drug-1920x1080-Hero.webp)
作为新型药物 Semaglutide(GLP-1 受体激动剂)的组成部分,探索 Ozempic、Wegovy 和 Mounjaro 如何通过调节血糖和食欲,帮助治疗肥胖症和糖尿病。
![a mother holds her baby girl in her arms.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/653c22e7d3ea1bc901240c23_GettyImages-1165575967_CAS-Insights-Hero-Image.webp)
了解靶向共价抑制剂如何通过激活RAS基因和PI3Kα等以往不可成药的靶点,彻底改变癌症治疗。 本次专家网络研讨会由Totus Medicines和CAS共同举办,展示了有关共价抑制剂的最新趋势和见解。
![六边形结构的特写镜头。](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/653c2350f23803a35a584399_CASGENENGSOC101682-Nanotube-Article-HERO-1920x1080.webp)
了解单壁碳纳米管的新兴布局、各行各业的新应用和新方法,以及它们带来的未来机遇。
![伊多·弗里德伯格的个人资料照片](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/653c223bf5621ffd39d66fb7_Iddo-friedberg-1920x1080.webp)
在本文中,我们将与蛋白质功能预测专家 Iddo Friedberg 一起讨论当前预测模型的性能表现等问题。
![a child holding a stuffed animal](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65661bac771cd2447dbd3f6a_INSGENENGWHP101675-Covalently-Linked-Inhibitors-Executive-Summary-Social-Article-1920x1080-Hero.webp)
了解伊布替尼 (ibrutinib) 和阿法替尼 (afatinib) 等共价抑制剂药物如何改变癌症疗法。 在这份可共享的摘要中发现新兴机遇。
![Scientists in lab coats conducting experiments in a laboratory.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658052cf36c4eda7458cad36_INSGENENGSOC101707-Covalently-Linked-Inhibitors-Article-1920x1080-Hero.webp)
Drugs created with covalent inhibitors are becoming more popular than other types, owing to their unique mechanism of action.
![病毒的特写镜头](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6566434e0da4f4f1674604ff_INSGENENGWHP101674-Antibody-Drug-Conjugates-Executive-Summary-1920x1080-Hero.webp)
在这份研究摘要中,您将了解抗体偶联药物如何改变癌症疗法,并发现新的机遇。
![a close-up of a molecule](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65664c9136f7ce3f0f7d9c2f_casgenengsoc101701-antibody-drug-conjugates-article-1920x1080-hero.webp)
了解抗体药物偶联物 (ADC) 如何以其靶向性和效力彻底改变癌症治疗。 揭示抗体偶联药物 (ADCs) 的潜力
![一群人登上诺贝尔奖的舞台](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65676ff7aacabaa283626629_nanaka-adachi-nobelprize.webp)
正值诺贝尔颁奖季,让我们一同探索那些尚未获得诺贝尔奖且最容易被忽视的各类见解。 从 OLED 到 MOF 再到 mRNA 疗法等多个领域,这些见解重塑了科学和技术。 加入 LinkedIn 上的对话。
![由相连线网络连接的连线和点组成的网络的抽象动画。](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6567862e43bdf606746f499f_GettyImages-1165763968_CAS-Insights-Hero-Image.webp)
不全面的现有技术检索和分析会导致代价高昂的错误,致使创新和知识产权价值面临巨大风险。 点击此处了解更多信息。
![A series of connected blue dots](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/655535b46415c2baf6b441b5_gettyimages-1212079174_cas-insights-hero-image.webp)
了解数字化计划如何变革化工行业,从而实现更快的创新和可持续发展的未来。
![一个男人和一个女人指着电脑屏幕](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65678b957006aa636bbf7037_GettyImages-1093747624_CAS-Insights-Hero-Image.webp)
了解科学行业中专利性评估的独特挑战,以及有助于解决此类挑战的最佳实践。
![Arrow pointing from xray of a human gut to a person's brain](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65679504fabacd5d57a5e7ef_The-Gut-Microbiome-Brain-Alliance.webp)
在本次网络研讨会上,CAS、拜耳和加州理工学院的专家将探讨肠道微生物群与大脑之间的奇妙联系。 了解脑肠轴如何影响从肠易激综合症 (IBS) 到自闭症患者的健康情况,以及操纵微生物组如何提供新的治疗策略。
![A digital illustration featuring concentric circles with glowing blue lines and colorful particles radiating from the center, creating a dynamic, futuristic tunnel effect. The background is dark, enhancing the vibrant colors and intricate patterns.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65553617f5a3a297974b40a9_GettyImages-1340683419_CAS-Insights-Hero-Image.webp)
制药行业的暗数据解锁策略。 通过数字化和知识管理揭示数据洞察,加速创新。
![黑色背景上的蓝白线条](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/656797dcae5e48970f12a308_GettyImages-1419830522_CAS-Insights-Hero-Image.webp)
了解 CAS、拉霍亚免疫学研究所 (LaJolla Institute for Immunology) 和 Avidity Biosciences 的专家如何探索生物学和化学在癌症、疫苗等新兴疗法中的融合。 此处查看回顾概要和幻灯片。
![blue swirl with green light](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65679a8dd9aa12b296be8920_GettyImages-1151435289_CAS-Insights-Hero-Image.webp)
了解数字化举措如何变革制药行业,从而加快药物开发并扩大治疗选择。
![Birds-eye view of two cargo ships](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65679b8a624f3bfe4b1e1036_GettyImages-1414740197_CAS-Insights-Hero-Image.webp)
从远古时代到现代可持续发展,探索催化剂和催化作用如何改变我们的世界。 了解这一迷人化学领域的最新研究趋势和创新。
![A plant-based burger on a table](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65679e9d4b51dac132aa1cb8_GettyImages-1325924756_CAS-Insights-Hero-Image.webp)
随着消费者出于个人和健康原因而改变其饮食,提高质量和增加品种的创新活动开创了多样化的竞争市场。
![A collection of colorful liquids in glass containers.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659593fbb1c325c2f352c94b_GettyImages-1388434533_CAS-Insights-Hero-Image.webp)
在消费者精简护肤程序的过程中,了解英雄成分如何帮助打造比以往更先进、用途更广泛的配方。
![Successful rocket take off into the starry sky with the milky way](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659e9e6ed409141c74a884c1_GettyImages-1440522663_CAS-Insights-Hero-Image.webp)
了解化学如何通过火箭燃料和发动机技术为太空探索提供动力。 探索使用 LOX/LH2 作为阿尔忒弥斯任务推进剂的优势和挑战。
![insgenengbro101249-cas-Insights-执行摘要-可持续催化剂-1920x1080-Hero](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658b3667cac73994ba43b0f2_INSGENENGBRO101249-CAS-Insights-Executive-Summary-Sustainable-Catalysts-1920x1080-Hero.webp)
阅读本内容提要,了解催化剂如何塑造人类历史并促进可持续化学。了解使用非贵金属作为催化剂的当前研究趋势和未来机会。
![资深化学教授在黑板上写作](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659dba0fdda3a78118e5b349_gettyimages-957979682_cas-insights-hero-image.webp)
ChatGPT 重新定义了有关人工智能的对话,但它是否适合科学研究? 了解有关大型语言模型 (LLM) 未来发展的更多信息。
![INSGENENGSOC101307-mRNA-Social-Graphics-1920x1080-Hero](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659c4214dcf898fd1299a0e5_INSGENENGSOC101307-mRNA-Social-Graphics-1920x1080-Hero.webp)
mRNA 疫苗已为抗击 COVID-19 疫情带来革命性变化,了解 mRNA 疫苗如何利用免疫系统的力量来治疗癌症。
![GettyImages-1491277474_cas-Insights-Hero-Image](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6580543c54c1fcce95bab814_GettyImages-1491277474_CAS-Insights-Hero-Image.webp)
生物材料正在重塑药物递送、诊断和治疗的格局,请详细了解该领域的十大新兴趋势。涵盖的关键材料包括水凝胶、脂质纳米颗粒、外泌体、生物墨水、可编程生物材料等。
![服务轮播工作流程](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659ebc92b150eed14e54b1c7_SERVICES_CAROUSEL_workflow_1920X1080_72d_wpatch.webp)
了解如何利用工具和策略,加速实现全面检索和更出色的专利见解。
![CASGENENGSOC101277-Anti-Aging-Article-HERO-1920x1080](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/657a2ace0fb460b10e107965_CASGENENGSOC101277-Anti-Aging-Article-HERO-1920x1080.webp)
探索最新的抗衰老治疗策略,促进健康和长寿。 在我们的最新文章中了解干细胞疗法、透明质酸、抗衰老药物和基因疗法的最新研究,以及当前正在进行临床试验的管线分析。
![GettyImages-1414912077_CAS-Insights-Hero-Image](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658b37c98e690fcd9267171d_GettyImages-1414912077_CAS-Insights-Hero-Image.webp)
这份单页执行摘要围绕抗衰老策略和相关疗法,重点介绍了干细胞疗法、处方药和生活方式改变等方面的新兴趋势、新方法和未来机遇。 其中包括临床试验管线分析的关键收获和新兴治疗策略的前景展望。
![IP Insights Competitive Edge Blog hero](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659ebe9798dd06f44e07d8d4_IP-insights-blog-hero.webp)
与行业和知识产权专家开展合作,加速并提高知识产权和研发计划的投资回报率。 进一步了解 CAS 可以提供哪些帮助。
![insgenengsoc101264-微塑料-信息图-1920x1080-缩略图](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65805c2c06048030f14d73c9_INSGENENGSOC101264-Microplastics-Infographics-1920x1080-Thumbnail.webp)
在我们最新的信息图中,了解微塑料是如何渗透到我们的整个世界的,以及用于去除微塑料的创新方法。
![Jefferson Parker](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659c72e8cfa70d9762251d98_jefferson_parker.webp)
在本篇《挑战与机遇》文章中,我们采访了生命科学数据分析专家 Jefferson Parker,双方探讨了药物发现的序列分析以及计算生物学中人工智能技术的前沿发展。
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Graphene-based supercapacitor technologies are being levied for real-world applications as a battery alternative.
![分子胶博客缩略图](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659db11f936891a70f245a0d_molecular-glues-blog-thumbnail.webp)
过去十年来,诱导接近靶向蛋白降解 (TPD) 已发展成为药物发现的突破性策略。 本 CAS 白皮书调查了研究布局和临床试验状态,并讨论了潜在未来机遇。
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了解成功的专利布局分析如何帮助公司研发计划和其他计划实现机会最大化,同时降低风险。
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本简介概述了 mRNA 研究和开发的最新趋势与新兴机遇。 其中讨论了 mRNA 技术的主要优势、仍然存在的挑战、主要参与者及其重点领域。
![GettyImages-507492447_CAS-Insights-Hero-Image](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659c6100a7b20a6091fe750e_GettyImages-507492447_CAS-Insights-Hero-Image.webp)
化学研发中的暗数据解锁策略。通过知识管理和数据战略规划揭示数据洞察,加速创新。
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在我们的新信息图中了解 3D 打印如何最终改变生物医学应用。看看材料和方法的进步如何重塑了以下领域:组织、移植和器官的采购、新的药物递送方法以及手术环境和伤口护理的进步。
![A 3D printed heart laying on a table](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65679c949b8f839bf30615ff_biomedical-3d-printing.webp)
了解外泌体(即自然界的脂质纳米颗粒)如何重塑药物递送以及从癌症到心血管疾病等疾病的治疗。 查看我们最近开展的 ACS 网络研讨会,向梅奥诊所 (Mayo Clinic)、Direct Biologics 和 Aruna Bio 的专家学习。 立即观看录播视频,并阅读完整洞察报告。
![女性实验室技术员](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658068df818cdb7383d31dbd_1920x1080-infographic-hero.webp)
在我们的新信息图中了解RNA疗法如何改变医学。了解这项尖端技术在癌症、传染病、肝脏和代谢性疾病中的应用、挑战和机遇。了解这个快速发展的领域中有关关键纳米颗粒、新兴类型RNA和修改序列的最新趋势和数据。
![吸塑包装中的绿色胶囊的特写镜头](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659ecfa28e6a5b4dc744c388_gettyimages-1199914429_cas-insights-hero-image.webp)
了解五种减少废料、可生物降解的材料,为医疗器械开发可持续、无菌包装方案的途径.
![PEGylated-LPNs-Blog-HERO-1920x1080](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/657372a5d77d6068b34e96fb_PEGylated-LPNs-Blog-HERO-1920x1080.webp)
了解如何克服 PEG 免疫原性对聚乙二醇化脂质纳米颗粒药物递送安全性和有效性的影响这一挑战。 本文综述了目前解决 PEG 免疫原性的最新研究进展,从阐明抗 PEG 抗体生成的影响因素到开发新型药物载体或优化给药和剂量。
![pegylated-journal-Hero-1920x1080](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65847fbd0744fe41ceb0d6dd_PEGylated-Journal-Hero-1920x1080.jpg)
这篇经过同行评审的期刊发表在《生物偶联化学》杂志上,展示了如何使用聚乙二醇化脂质纳米颗粒来输送mRNA疫苗和其他药物、疫苗的免疫原性问题以及提高疗效和安全性的新设计新方法。
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学习如何解决聚乙二醇免疫原性,这是一项影响药物递送聚乙二醇化脂质纳米颗粒的安全性和有效性的挑战。了解这一尖端领域的最新研发趋势、市场数据和机会,包括 COVID-19 疫苗和各种利用这些纳米颗粒的当前和未来药物。
![本·R·塔夫脱](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659c739d95c85ee9c3382687_ben-r-taft-1920x1080.webp)
在本期 CAS 系列文章《药物开发的挑战与机遇》中,我们与 Via Nova Therapeutics 的化学高级总监 Ben Taft 讨论了构效关系研究和生物活性数据的潜在前沿。
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肠道微生物组是一个由数万亿细菌组成的复杂生态系统,这些细菌存活在我们的消化道中,具有提供免疫力、改善心理健康和提供治疗选择等健康益处。 近年来,人们对微生物组疗法治疗各种疾病的潜力越来越感兴趣。 随着我们对肠道微生物组的理解不断加深,我们有望在未来几年看到微生物组疗法的更多进展。
![细菌是微生物组的一部分](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65805597e4242aaae1cffdaa_gettyimages-1359393303.webp)
本报告对肠道微生物组进行了全面的景观分析,包括其组成、功能以及在健康和疾病中的作用。本文是与拜耳公司合作撰写的,讨论了有关基于微生物组的疗法、微生物群、益生菌及其可能影响的各种健康状况的最新研究,例如肥胖、糖尿病、炎症性肠病甚至心理健康障碍。
![Illustration of the gut microbiome](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659eb05a10fa54f601a1954e_gettyimages-1124678428_1.webp)
这份发表在《ACS 化学神经科学》杂志上的同行评审出版物详细介绍了有关肠道微生物组领域最新发展趋势的局势分析。 它深入探讨了微生物组疗法、最新方法、新科学、临床渠道和该领域的关键参与者。
![微塑料的近距离侧面照片放在人们的手上](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658b4a03cac73994ba4ec550_GettyImages-1317882487_CAS-Insights-Hero-Image.webp)
微塑料是一个全球性问题,可以被动物和人类摄入。它们还可以在土壤和水中聚集,而破坏坏生态系统。越南来越多的证书表明,微塑料可能对健康有害。本执行摘要重点介绍微塑料的关键来源、健康风险及可以采取的 directures micures
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作为引起药物相关死亡的主要原因,芬太尼现已成为一场公共卫生危机,但人们在开发更安全的止痛药、减少副作用和开发疫苗方面取得了新的突破,这一进展有望减少未来的死亡人数。
![casgenengsoc101143-exosome-inforgraphic-1920x1080-1](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/6580799772ba0dc44555337e_CASGENENGSOC101143-Exosome-Inforgraphic-1920x1080-1.webp)
外泌体正在重塑癌症及其他领域的药物输送、治疗和诊断的未来。这张全尺寸的信息图详细介绍了外泌体的关键类型、正在研究的疾病(例如癌症),并深入探讨了其强大的临床管道获得批准之前需要应对的挑战。
![骨科工厂屏幕上有 CAD 设计的 3D 打印机](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658b4ba6d49e2dd34f17cbf6_GettyImages-571978289_CAS-Insights-Hero-Image.webp)
了解生物医学领域 3D 打印应用的新兴趋势,以及重塑个性化医疗保健的全新技术。 从 3D 打印设备到定制化药物递送以及打印生物活性组织和器官,这一领域不断创新,飞速突破,对整个医疗保健行业产生了巨大影响。
![cas 合成有机化学报告英雄](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658058a73a3d26129d44c69f_cas%20synthetic%20organic%20chemistry%20report%20hero.webp)
关于合成有机化学主要新兴趋势的详细前景报告。
![cas 合成有机化学期刊英雄](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658d900a1ee35e8b1728fe65_cas%20sythetic%20organic%20chemistry%20journal%20hero.webp)
同行评审期刊文章是与中国国家自然科学基金会、中国科学院国家科学图书馆以及美国化学学会下属的中科院合作发表在《有机化学与有机快报》杂志上,内容涉及全球合成有机化学研究的现状,重点是酶催化、光催化和绿色化学。
![可再生能源概念 “地球日” 或环境保护](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65808e05ac4f2153f4c097ac_Sustainable-Agriculture-Blog-HERO-1920x1080.webp)
对于需要快速了解可持续农业、绿色肥料生产和减少农业碳排放方面新兴趋势的高管来说,这个想法简而言之,将为他们的研发团队提供独特的见解。
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探索氯乙烯、二噁英以及制定的各种补救措施背后的科学 探索有关二噁英和氯乙烯的最新专利趋势、研究出版物以及数据方面的挑战,了解我们如何更好地管理未来的危险物质运输方法。
![Exosome-acs-webinar](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65947df66c8cb43150c6c4d6_Exosome-acs-webinar.webp)
了解外泌体(即自然界的脂质纳米颗粒)如何重塑药物递送以及从癌症到心血管疾病等疾病的治疗。 查看我们最近开展的 ACS 网络研讨会,向梅奥诊所 (Mayo Clinic)、Direct Biologics 和 Aruna Bio 的专家学习。 立即观看录播视频,并阅读完整洞察报告。
![RNA-HERO-1920x1080](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659589c6545dfc0b489eff93_RNA-HERO-1920x1080.webp)
了解 RNA 医学领域的市场趋势,以及投资者支持哪些技术方法和适应症。
![exosomes-hero-1920x1080](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658b4f107ad35ba2d5c72a87_exosomes-hero-1920x1080.webp)
对于需要快速了解外泌体、脂质纳米颗粒的新兴趋势及其对药物递送、诊断和治疗相关影响的管理人员来说,这一简要观点有望为研发团队提供独到见解。
![This image shows a complex arrangement of gray and orange electrical cables and connectors, possibly part of a battery or electronic system. The cables are neatly organized, with some tied together, running horizontally and vertically along a structured metal framework.](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659f0868cb6bdd4008362fa6_CASGENENGSOC101046230215-Direct-Li-Ion-Recycling-Breakthrough-1920x1080-Blog%20(1).webp)
本文将介绍锂离子电池回收技术的最新进展。 探索一种可直接回收的新方法,以较低成本对已耗尽的电池进行修复和再利用。 了解这一行业仍然面临的挑战以及对未来电池回收的潜在影响。
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通过这份深度报告,探索 3D 打印在生物医学领域的无限潜力。从假耳到人造器官,了解最新的趋势和创新。探索生物医学 3D 打印在制造、法医病理学等方面的潜力。
![一位穿着危险品套装在实验室里的科学家。](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/65679d400761ba48a0963f2b_3D-Printing-Blog-HERO-1920x1080.webp)
了解生物医学 3D 打印技术的短暂历史,掌握 3D 打印在医疗保健领域的最新趋势,探索这项技术的创新应用。
![3D 打印 HERO 1920x1080 选项2](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/658d90b3bfbd2511867dce3a_3D-Printing-HERO-1920x1080-Option2.webp)
通过科学期刊的分析,探索 3D 打印在生物医学中的可能性。从组织和器官的生产到个性化假体和药物,了解所克服的挑战以及生物医学中的 3D 打印将如何重塑未来。
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核反应堆设计的最新进展提高了能源生产效率和安全性。 CAS 内容合集显示,自 2018 年以来,专利和期刊活动显著增加,这表明这方面的研究兴趣被重新燃起,主要是由亚洲的机构推动的。 阅读这篇博客,了解核能如何在应对气候变化中发挥作用。
![Breakthroughs-1920x1080](https://cdn.prod.website-files.com/650867962272bf8f15c1034b/659dbbe051da88ea670cf1d0_Breakthroughs-1920x1080.webp)
利用最新的新兴科学和前沿研究加速创新,保持领先地位。 从合成生物学的新发现到可持续能源方面的突破,这些重大进展有望重塑 2023 年的格局。 CAS 专家立足于对世界科学的整体看法,揭示了独特的分析和新兴趋势。