BioDir最新收录
- ▶脑受体双重作用促减肥之谜破解07-27
- ▶EMA推荐批准12种新药07-24
- ▶指尖汗液贴片精准监测帕金森药物07-27
- ▶蛋白质组学预测ALS早发数年07-27
- ▶FDA选定首家TEMPO数字健康设备试点企业07-22
- ▶新方法预测患者医疗支出07-27
- ▶MapLight股价重挫，精神分裂症新药前景黯淡07-27
- ▶NSF通过创世纪任务推进AI优先事项07-22
- ▶工业养鸡加速弯曲杆菌传播07-27
- ▶台湾生物技术转向国际化发展07-27
- ▶NSF启动AI科学发现数据集计划07-22
- ▶新机制揭示DNA修复关键步骤07-27
- ▶Argenx 22亿美元收购Forte扩大免疫管线07-27
- ▶NSF投入8300万美元支持数据系统与AI科研07-22
- ▶140万年前足迹改写人类近亲认识07-27
- ▶2026年7月27日监管动态07-27
- ▶FDA逐步淘汰食品石油基色素07-22
- ▶工程菌有望治疗胰腺癌07-27
- ▶生物医药行业简讯：7月27日07-27
- ▶U.S. National Science Foundation发布：Podcast: New treatment to fight deadliest cancer07-21
- ▶隐藏DNA复制加速细菌耐药性07-27
- ▶7月27日生物医药融资动态07-27
- ▶研究关注：FDA Approves First Oral PCSK9 Inhibitor to Lower LDL Cholesterol in Adults with High Cholesterol07-17
- ▶低碳饮食升胆固醇？基因说了算07-27
- ▶7月27日行业人事动态07-27
- ▶研究关注：Meeting highlights from the Committee for Veterinary Medicinal Products (CVMP) 14-16 July 202607-17
- ▶基因或影响饮食偏好与代谢健康07-27
- ▶7月27日临床动态：Ipsen与Organon最新进展07-27
- ▶研究关注：FDA Issues Emergency Use Authorization for Drug for Short-Term Prevention of New World Screwworm in Horses07-15
- ▶专家：美国自杀死亡人数被低估07-27
- ▶Argenx 22亿美元收购Forte，获新型免疫药物07-27
- ▶U.S. National Science Foundation发布：Podcast: New security and communications materials07-15
- ▶土壤真菌能否对抗非洲粘虫？07-27
- ▶Argenx 22亿收购Forte扩展免疫管线07-27
- ▶研究关注：EMA and EISMEA boost cooperation to accelerate health innovations07-15
- ▶早发性痴呆在西班牙裔中更常见07-27
- ▶生物科技周回顾：基因编辑与AI药物发现07-27
- ▶研究关注：Executive Director Emer Cooke's speech at the European Parliament's Committee on Public Health07-15
- ▶治疗实验黑猩猩的丙肝07-27
- ▶FDA质疑Capricor数据；传奇CEO辞职07-27
- ▶U.S. National Science Foundation发布：NSF awards 12 new Regional Innovation Engines to fuel research, jobs and economic growth nationwide07-14
- ▶AI设计微型基因编辑器减少脱靶07-27
- ▶2026年7月生物制药股票涨跌榜07-27
- ▶研究关注：Meeting highlights from the Pharmacovigilance Risk Assessment Committee (PRAC) 6-9 July 202607-10
- ▶科学家定位DNA复制起始点07-27
- ▶Sarepta任命前艾伯维高管为CEO07-27
- ▶研究关注：FDA Proposes Rule to Modernize Drug Manufacturing Registration07-10
- ▶牙周炎加重骨质疏松骨丢失07-27
- ▶新型PI3Kα抑制剂发现07-27
- ▶U.S. National Science Foundation发布：NSF launches Project Triad to advance quantum technology for real-world applications07-07
- ▶走神机制随眼睛开闭变化07-27
- ▶英诺斯通披露新型组织蛋白酶C抑制剂07-27
- ▶U.S. National Science Foundation发布：Podcast: The fight against high blood pressure [hypertension]07-07
- ▶海豹双栖听力早有演化07-27
- ▶Almirall与Certest Biotec合作开发皮肤病疗法07-27
- ▶研究关注：EMA fast tracks review of a medicine for metastatic pancreatic cancer07-07
- ▶入侵物种对全球南方破坏远超预期07-27
- ▶Alzecure Pharma获新型UGT1A1抑制剂专利07-27
- ▶研究关注：EMA steps up efforts on medicines for women’s health07-02
- ▶本海拉明挑战致死不止，官方如何应对07-27
- ▶ONM-421实现抗原非依赖性肿瘤控制07-27
- ▶研究关注：FDA Approves First Gene Therapy for Young Children with Sickle Cell Disease07-01
- ▶运动头部撞击或增痴呆风险07-27
- ▶贝达药业报道新型KRAS降解诱导剂07-27
- ▶U.S. National Science Foundation发布：NSF Discovering Our Universe' gallery to open July 107-01
- ▶远离香烟或重塑未来癌症负担07-27
- ▶Veraxa推进双特异性ADC项目07-27
- ▶研究关注：FDA Approves New Treatment That Uses Donor Immune Cells to Prevent Serious Complications in Blood Cancer Patients06-30
- ▶无透镜芯片捕获雪花十亿像素3D视频07-27
- ▶科伦博泰SKB-565获批临床07-27
- ▶U.S. National Science Foundation发布：Action! NSF-DOE Vera C. Rubin Observatory begins capturing the greatest cosmic movie ever made06-30
- ▶可拉伸天线让可穿戴健康监测更稳定07-27
- ▶双特异性ADC新药靶向EGFR和HGFR07-27
- ▶U.S. National Science Foundation发布：Podcast: The future of quantum cryptography06-29
- ▶剑齿虎灭绝前近亲繁殖严重07-27
- ▶NMRA-215毒理数据支持推进07-27
- ▶研究关注：FDA Selects Seven Participants for PreCheck Pilot Program to Advance U.S. Drug Manufacturing06-29
- ▶鲨鱼脊椎隐藏的游泳奥秘07-27
- ▶双靶降解剂攻克PARP抑制剂耐药07-27
- ▶脑机接口控制外骨骼，助力脊髓损伤患者06-26
- ▶家庭照护者面临营养指导缺失困境07-27
- ▶单细胞转录组揭示子痫前期新靶点07-27
- ▶EMA推荐批准六种新药06-26
- ▶AI用合成肿瘤数据提升癌症突变检测07-27
- ▶Camp4公司领先ASO获澳临床试验许可07-27
- ▶FDA提议新规加强外国烟草制造商监管06-26
- ▶母乳喂养母亲用药面临信息缺失07-27
- ▶生物技术如何吸引投资？07-27
- ▶NSF新增五支团队角逐国家量子虚拟实验室06-24
- ▶新蜗牛物种强化黑山生物多样性保护理由07-27
- ▶Axiom CEO详解香港IPO计划07-27
- ▶NSF力挺行政令引领量子创新前沿06-22
- ▶日本动物园展出“暴躁”帕拉斯猫幼崽07-27
- ▶研究关注：Single-cell transcriptome study points to new drug targets for preeclampsia07-24
- ▶EMA兽药委员会否决Scovella上市06-19
- ▶传统食物计划减少纳瓦霍族心衰住院07-27
- ▶研究关注：Colorectal Cancer Targeted with Mass-Produced iPSC-Derived Allogeneic T Cells07-24
- ▶NSF叫停海洋观测计划设施移除06-18
- ▶美国孕期饮酒率十年攀升07-27
- ▶研究关注：Biopharma money raised: Jan. 1-July 23, 202607-24
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新闻资讯
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- ▶疫情重塑苏格兰脑膜炎球菌菌株，B群主导病例07-27
- ▶新型AI模型高效测量土壤碳07-27
- ▶19种血液蛋白可预测ALS发病07-27
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- ▶智能敷料加速伤口愈合07-27
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- ▶无痛治龋：SDF疗法可阻止蛀牙07-27
- ▶膳食纤维助消化？取决于肠道菌株07-27
- ▶离线AI识别鸟声：新应用让手机秒变识鸟专家07-27
- ▶指尖汗液贴片精准监测帕金森药物07-27
- ▶新方法预测患者医疗支出07-27
- ▶工业养鸡加速弯曲杆菌传播07-27
- ▶新机制揭示DNA修复关键步骤07-27
- ▶140万年前足迹改写人类近亲认识07-27
- ▶工程菌有望治疗胰腺癌07-27
- ▶隐藏DNA复制加速细菌耐药性07-27
- ▶低碳饮食升胆固醇？基因说了算07-27
- ▶基因或影响饮食偏好与代谢健康07-27
- ▶专家：美国自杀死亡人数被低估07-27
- ▶土壤真菌能否对抗非洲粘虫？07-27
- ▶早发性痴呆在西班牙裔中更常见07-27
- ▶治疗实验黑猩猩的丙肝07-27
- ▶AI设计微型基因编辑器减少脱靶07-27
- ▶科学家定位DNA复制起始点07-27
- ▶牙周炎加重骨质疏松骨丢失07-27
- ▶走神机制随眼睛开闭变化07-27
- ▶海豹双栖听力早有演化07-27
- ▶入侵物种对全球南方破坏远超预期07-27
- ▶本海拉明挑战致死不止，官方如何应对07-27
- ▶运动头部撞击或增痴呆风险07-27
- ▶远离香烟或重塑未来癌症负担07-27
- ▶无透镜芯片捕获雪花十亿像素3D视频07-27
- ▶可拉伸天线让可穿戴健康监测更稳定07-27
- ▶剑齿虎灭绝前近亲繁殖严重07-27
- ▶鲨鱼脊椎隐藏的游泳奥秘07-27
- ▶家庭照护者面临营养指导缺失困境07-27
- ▶AI用合成肿瘤数据提升癌症突变检测07-27
- ▶母乳喂养母亲用药面临信息缺失07-27
- ▶新蜗牛物种强化黑山生物多样性保护理由07-27
- ▶日本动物园展出“暴躁”帕拉斯猫幼崽07-27
- ▶传统食物计划减少纳瓦霍族心衰住院07-27
- ▶美国孕期饮酒率十年攀升07-27
- ▶慢熟免疫细胞或提升人类脑力07-27
- ▶奥马珠单抗让食物过敏儿童安全进食07-27
- ▶儿科诊所家庭式肥胖治疗有效07-27
- ▶AI和机器人加速肠道微生物疗法研发07-27
- ▶植物何时生长？研究发现激素协调机制07-27
- ▶每日复合维生素助老年人维持功能健康07-27
- ▶库存埃博拉疫苗或可对抗本迪布焦病毒07-27
- ▶癌症护理中的财务冲突07-27
- ▶蛾翅新发现：也能闻花香07-27
- ▶南亚裔美国人痴呆症风险因素研究07-27
- ▶四分之一青少年在校使用外卖07-27
- ▶奶牛饮食影响牛奶脂肪酸07-27
- ▶AI对多数心理健康问题仍是负担07-27
- ▶修剪水稻基因增产25%07-27
- ▶安第斯秃鹫群飞更节能07-27
- ▶研究关注：Measuring more than recovery: New health care tool for older Australians07-27
- ▶T细胞如何瞬间识敌？07-27
- ▶像外科医生一样看：AI解码视觉专长07-27
- ▶孕期睡眠呼吸障碍指南发布07-27
- ▶鹿群威胁：新西兰原生森林的沉默吞噬者07-27
- ▶八成幼儿食品为超加工07-27
- ▶VR揭示人造光对鱼类行为的影响07-27
- ▶两种神经通路揭示习惯形成之谜07-27
- ▶剑齿虎脊柱揭示灭绝之谜07-27
- ▶刚果（金）埃博拉病例突破300007-27
- ▶海洋热浪袭击加州，鲸鱼告急鹈鹕挨饿07-27
- ▶加州含水层或已越过不可逆点07-27
- ▶AI独角兽鲜有发表研究07-27
- ▶交大医学院调查基因编辑致女孩死亡07-27
- ▶调查：许多年轻人未做好管理自身医疗准备07-27
- ▶急诊医生倦怠：加拿大十分之一离职07-27
- ▶剑齿虎脊柱肿瘤揭示近亲繁殖困境07-27
- ▶大脑中的“计时器”跟踪睡眠07-27
- ▶如何防止AI危害数学07-27
- ▶吡哆醛光酶实现不对称自由基交叉偶联07-27
- ▶新型钙钛矿实现稳定高效串联光伏07-27
- ▶海克尔的生命素描狂欢07-27
- ▶脑类器官计算机引发伦理争议07-27
- ▶发烧该不该治？进化给出答案07-27
- ▶英物理设施面临商业化或关闭抉择07-27
- ▶孩子为何拒绝穿毛衣？07-26
- ▶提格雷古葡萄藤揭示遗传与历史价值07-26
- ▶含糖饮料税或为埃及节省18亿美元07-26
- ▶工作记忆受扰后快速更新优先级07-26
- ▶美防长提议测士兵睾酮：科学还是争议？07-26
- ▶微量分子或成生态“关键基石”07-26
- ▶AI分析手术手势改善前列腺癌治疗07-26
- ▶早产儿生长迟缓或致脑部异常07-26
- ▶DNA真空从空气中捕获动物踪迹07-26
- ▶领导力助力手术室减压07-26
- ▶早期呼吸道感染或致手足收入差距07-26
- ▶苏打水护牙优于汽水？07-26
- ▶限时进食或可保护老年认知07-26
- ▶中国大学调查基因编辑试验女童死亡07-26
- ▶研究关注：PTSD therapy walks patients through past trauma07-25
- ▶研究关注：Will cough lozenges, syrups or medicated hot drinks make my cough go away?07-25
- ▶研究关注：Colorado was the first state to cap a drug's price. Then a federal court stepped in07-25
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产业动态
进入专栏 →- ▶脑受体双重作用促减肥之谜破解07-27
- ▶蛋白质组学预测ALS早发数年07-27
- ▶MapLight股价重挫，精神分裂症新药前景黯淡07-27
- ▶台湾生物技术转向国际化发展07-27
- ▶Argenx 22亿美元收购Forte扩大免疫管线07-27
- ▶2026年7月27日监管动态07-27
- ▶生物医药行业简讯：7月27日07-27
- ▶7月27日生物医药融资动态07-27
- ▶7月27日行业人事动态07-27
- ▶7月27日临床动态：Ipsen与Organon最新进展07-27
- ▶Argenx 22亿美元收购Forte，获新型免疫药物07-27
- ▶Argenx 22亿收购Forte扩展免疫管线07-27
- ▶生物科技周回顾：基因编辑与AI药物发现07-27
- ▶FDA质疑Capricor数据；传奇CEO辞职07-27
- ▶2026年7月生物制药股票涨跌榜07-27
- ▶Sarepta任命前艾伯维高管为CEO07-27
- ▶新型PI3Kα抑制剂发现07-27
- ▶英诺斯通披露新型组织蛋白酶C抑制剂07-27
- ▶Almirall与Certest Biotec合作开发皮肤病疗法07-27
- ▶Alzecure Pharma获新型UGT1A1抑制剂专利07-27
- ▶ONM-421实现抗原非依赖性肿瘤控制07-27
- ▶贝达药业报道新型KRAS降解诱导剂07-27
- ▶Veraxa推进双特异性ADC项目07-27
- ▶科伦博泰SKB-565获批临床07-27
- ▶双特异性ADC新药靶向EGFR和HGFR07-27
- ▶NMRA-215毒理数据支持推进07-27
- ▶双靶降解剂攻克PARP抑制剂耐药07-27
- ▶单细胞转录组揭示子痫前期新靶点07-27
- ▶Camp4公司领先ASO获澳临床试验许可07-27
- ▶生物技术如何吸引投资？07-27
- ▶Axiom CEO详解香港IPO计划07-27
- ▶研究关注：Single-cell transcriptome study points to new drug targets for preeclampsia07-24
- ▶研究关注：Colorectal Cancer Targeted with Mass-Produced iPSC-Derived Allogeneic T Cells07-24
- ▶研究关注：Biopharma money raised: Jan. 1-July 23, 202607-24
- ▶研究关注：Money raised by biopharma07-24
- ▶研究关注：Oral Antiviral Blocks Measles-Like Virus Transmission in Ferrets07-24
- ▶研究关注：CRISPR-focused Scribe goes public via $129M IPO07-24
- ▶研究关注：Appointments and advancements for July 24, 202607-24
- ▶研究关注：In the clinic for July 24, 202607-24
- ▶研究关注：Financings for July 24, 202607-24
- ▶研究关注：June sets single-month record as global approvals log third-best H107-24
- ▶研究关注：Regulatory actions for July 24, 202607-24
- ▶研究关注：Daybu readthrough in EU? Zevra’s NPC bid flounders07-24
- ▶研究关注：Other news to note for July 24, 202607-24
- ▶研究关注：APAC roundup: NMPA nods; Lupin’s $1.6M spinoff; CAR T data, more07-24
- ▶研究关注：Medtronic builds out chronic pain continuum with Viaverte, SPR07-24
- ▶研究关注：Sanofi scraps plans for amlitelimab filings in atopic dermatitis07-24
- ▶研究关注：Single-cell transcriptome study points to new drug targets for preeclampsia07-24
- ▶研究关注：Sanofi halts development of troubled immune drug in eczema07-24
- ▶研究关注：Zevra sinks on CHMP opinion for arimoclomol in NPC07-24
- ▶研究关注：Apertura Gene Therapy joins THRIVE consortium07-24
- ▶研究关注：Chia Tai Tianqing Pharmaceutical discovers new GIPR antagonists07-24
- ▶研究关注：New Thyora Therapeutics focuses on covalent drug discovery07-24
- ▶研究关注：Zonsen Peplib Biotech discloses new GPC3-targeting peptide-drug conjugates07-24
- ▶研究关注：Sprint Bioscience to use Lilly Tunelab in drug development07-24
- ▶研究关注：HCW Biologics seeks pre-IND meeting with FDA for HCW-11-018b07-24
- ▶研究关注：New murine models confirm reduced virulence of mpox clade IIb vs. clade IIa07-24
- ▶研究关注：Brain-penetrant NLRP3 inhibitor shows promise in Parkinson’s07-24
- ▶研究关注：Transcripta Bio raises funding to advance neuro pipeline07-24
- ▶研究关注：Antibody-drug conjugates reported in Bioray Pharmaceutical patent07-24
- ▶研究关注：Beone patents new Keap1/CUL3 interaction inducers07-24
- ▶研究关注：Hengrui synthesizes new ADCs targeting CEACAM507-24
- ▶值得关注的新研究：4D Nucleome opens new wave of gene regulation research, discovery07-24
- ▶诺和诺德起诉礼来；强生巩固骨髓瘤地位07-24
- ▶单细胞图谱同时绘制3D基因组与DNA甲基化07-24
- ▶Scribe基因编辑IPO募资1.29亿美元07-24
- ▶FDA小组支持扩大使用四种肽类物质07-24
- ▶单细胞图谱揭示阿尔茨海默病脑细胞基因组重组07-23
- ▶单剂雷帕霉素改善小鼠自闭症样症状07-23
- ▶太阳能变身“蛋白质工厂”07-23
- ▶中年大脑衰老与免疫重塑及血脑屏障衰退相关07-23
- ▶药企340B返利上诉败诉07-23
- ▶施瓦茨获关键支持，向CDC主任职位迈进07-23
- ▶4D核组计划开启基因调控新篇章07-23
- ▶礼来三靶点激动剂retatrutide BLA在望07-23
- ▶2026年7月23日行业人事变动07-23
- ▶2026年7月23日行业动态简报07-23
- ▶2026年7月23日监管动态汇总07-23
- ▶7月23日生物医药融资盘点07-23
- ▶7月23日临床简报07-23
- ▶医疗科技融资上半年降温，Q2骤降07-23
- ▶达索系统20亿美元收购Arisglobal07-23
- ▶礼来拟为减肥新药retatrutide申请FDA批准07-23
- ▶达索系统拟20亿美元收购Arisglobal07-23
- ▶江西科瑞发现新型Nav1.8阻滞剂07-23
- ▶深圳靶点药业开发新型HGFR降解剂07-23
- ▶成都施贝康发布新型MRI造影剂专利07-23
- ▶Abera肺炎球菌疫苗申请临床试验07-23
- ▶鼻内疫苗平台诱导流感免疫力07-23
- ▶Evogene与Eleo合作发现PCSK9通路抑制剂07-23
- ▶宜明昂科公开CD174靶向ADC专利07-23
- ▶Tikva Allocell获得800万美元A轮融资07-23
- ▶新型PP类似物P1642-1在AD模型中显示神经保护作用07-23
- ▶以岭药业合成新型肺纤维化药物07-23
- ▶Mentari融资2亿美元推进偏头痛管线07-23
- ▶英矽智能提名非阿片类镇痛候选药物07-23
- ▶HIV疫苗研发：一步一个脚印07-23
- ▶三星拟收购瑞士多肽CDMO07-23
- ▶GSK新药Jideytro获FDA批准用于非小细胞肺癌07-22
- ▶Vertex独家高价收购Crinetics引发质疑07-22
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政府与政策
进入专栏 →- ▶EMA推荐批准12种新药07-24
- ▶FDA选定首家TEMPO数字健康设备试点企业07-22
- ▶NSF通过创世纪任务推进AI优先事项07-22
- ▶NSF启动AI科学发现数据集计划07-22
- ▶NSF投入8300万美元支持数据系统与AI科研07-22
- ▶FDA逐步淘汰食品石油基色素07-22
- ▶U.S. National Science Foundation发布：Podcast: New treatment to fight deadliest cancer07-21
- ▶研究关注：FDA Approves First Oral PCSK9 Inhibitor to Lower LDL Cholesterol in Adults with High Cholesterol07-17
- ▶研究关注：Meeting highlights from the Committee for Veterinary Medicinal Products (CVMP) 14-16 July 202607-17
- ▶研究关注：FDA Issues Emergency Use Authorization for Drug for Short-Term Prevention of New World Screwworm in Horses07-15
- ▶U.S. National Science Foundation发布：Podcast: New security and communications materials07-15
- ▶研究关注：EMA and EISMEA boost cooperation to accelerate health innovations07-15
- ▶研究关注：Executive Director Emer Cooke's speech at the European Parliament's Committee on Public Health07-15
- ▶U.S. National Science Foundation发布：NSF awards 12 new Regional Innovation Engines to fuel research, jobs and economic growth nationwide07-14
- ▶研究关注：Meeting highlights from the Pharmacovigilance Risk Assessment Committee (PRAC) 6-9 July 202607-10
- ▶研究关注：FDA Proposes Rule to Modernize Drug Manufacturing Registration07-10
- ▶U.S. National Science Foundation发布：NSF launches Project Triad to advance quantum technology for real-world applications07-07
- ▶U.S. National Science Foundation发布：Podcast: The fight against high blood pressure [hypertension]07-07
- ▶研究关注：EMA fast tracks review of a medicine for metastatic pancreatic cancer07-07
- ▶研究关注：EMA steps up efforts on medicines for women’s health07-02
- ▶研究关注：FDA Approves First Gene Therapy for Young Children with Sickle Cell Disease07-01
- ▶U.S. National Science Foundation发布：NSF Discovering Our Universe' gallery to open July 107-01
- ▶研究关注：FDA Approves New Treatment That Uses Donor Immune Cells to Prevent Serious Complications in Blood Cancer Patients06-30
- ▶U.S. National Science Foundation发布：Action! NSF-DOE Vera C. Rubin Observatory begins capturing the greatest cosmic movie ever made06-30
- ▶U.S. National Science Foundation发布：Podcast: The future of quantum cryptography06-29
- ▶研究关注：FDA Selects Seven Participants for PreCheck Pilot Program to Advance U.S. Drug Manufacturing06-29
- ▶脑机接口控制外骨骼，助力脊髓损伤患者06-26
- ▶EMA推荐批准六种新药06-26
- ▶FDA提议新规加强外国烟草制造商监管06-26
- ▶NSF新增五支团队角逐国家量子虚拟实验室06-24
- ▶NSF力挺行政令引领量子创新前沿06-22
- ▶EMA兽药委员会否决Scovella上市06-19
- ▶NSF叫停海洋观测计划设施移除06-18
- ▶FDA批准首个单剂量通用流感药物06-17
- ▶人工智能助力对抗抗生素耐药性06-16
- ▶FDA批准非处方纳洛酮鼻喷雾剂应对阿片危机06-16
- ▶FDA批准Tzield延缓儿童糖尿病进展06-15
- ▶EMA管理委员会聚焦埃博拉疫情应对06-15
- ▶FDA批准首个非处方儿童连续血糖监测仪06-12
- ▶PRAC评估丙戊酸风险06-12
- ▶EMA 2025年报创新药审批数量强劲06-11
- ▶FDA授权非处方药治疗犬猫新世界螺旋蝇蛆病06-11
- ▶量子概念进课堂06-09
- ▶NSF支持的团队赢得总统AI挑战赛全国冠军06-09
- ▶FDA时隔20年首次扩大防晒成分选择06-09
- ▶基于AI的工具瞄准听力损失06-03
- ▶EMA与非洲监管机构联手应对埃博拉06-03
- ▶NSF投入80亿美元维持南极科研06-02
- ▶FDA发布草案加速细胞与基因疗法06-02
- ▶EMA参与2026世界骄傲节05-31
- ▶EMA建议更新新冠疫苗针对XFG变异株05-29
- ▶FDA发布新指南减少癌症药物动物试验05-29
- ▶美国国家科学基金会启动技术加速器计划05-27
- ▶NSF 2.5亿美元重启小企业创新资助05-26
- ▶自动驾驶赛车：AI助力未来05-22
- ▶FDA批准首款慢性丁型肝炎治疗药物05-22
- ▶EMA兽药委员会批准新疫苗05-22
- ▶EMA建议批准八种新药05-22
- ▶EMA推荐批准肺纤维化新药Jascayd05-22
- ▶NIH发现增强GLP-1减肥效果新通路05-22
- ▶EMA宣布2026年圣灵降临节关闭05-21
- ▶欧盟发布临床试验进展首份报告05-20
- ▶FDA警告：勿售伪装成日常用品的非法烟草05-20
- ▶自动驾驶赛车：AI与速度的碰撞05-18
- ▶新工具助非专科医生诊治儿童弱视05-15
- ▶NSF 15亿美元启动X-Labs计划05-14
- ▶首套人源麻疹抗体问世05-14
- ▶EMA监测邮轮汉坦疫情05-12
- ▶EMA耶稣升天节假期通知05-12
- ▶FDA最终确定食品化学品安全评估计划05-12
- ▶EMA欢迎关键药物法案达成政治协议05-12
- ▶人类胰岛细胞图谱揭示糖尿病新线索05-12
- ▶AI手术机器人崛起05-11
- ▶肥厚型心肌病风险评估新模型05-11
- ▶FDA推进药物再利用计划05-11
- ▶FDA批准第七款国家优先凭证药物05-08
- ▶EMA安全委员会5月会议纪要05-08
- ▶FDA发布孕期用药安全研究指南05-08
- ▶EMA发布新季流感疫苗成分建议05-07
- ▶FDA升级AI工具并整合数据平台05-06
- ▶睾酮或可抑制脑肿瘤生长05-06
- ▶小分子GLP-1药物入脑抑食欲05-06
- ▶FDA启动一日检查评估试点05-06
- ▶FDA授权四种ENDS新品上市05-05
- ▶AI助力沉船自主探索05-04
- ▶FDA批准胰腺癌新药扩大可及05-01
- ▶FDA批准首个非抗精神病药治疗痴呆激越04-30
- ▶FDA提议移除三种GLP-1药物04-30
- ▶周用GLP-1药物助力认知行为疗法减少酗酒04-30
- ▶EMA成立疫苗信心咨询组04-29
- ▶FDA公布最大规模婴儿奶粉检测结果04-29
- ▶FDA推进实时临床试验04-28
- ▶EMA启动突破性医疗器械试点04-28
- ▶光子量子芯片：未来计算新星04-27
- ▶新生儿阿片戒断新疗法：对症下药，减少药物暴露04-27
- ▶NIH News Releases发布：Clinical trial finds no difference in fluid treatment options for pediatric sepsis04-24
- ▶EMA推荐五种新药上市04-24
- ▶FDA加速审批严重精神疾病疗法04-24
- ▶欧盟推荐新药降低罕见病甘油三酯04-24
- ▶FDA批准首款遗传性耳聋基因疗法04-23
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预印本研究
进入专栏 →- ▶不同职业群体24小时身体行为组成差异显著07-27
- ▶各州SNAP食品限制豁免实施方式差异显著07-27
- ▶澳大利亚男性内在能力测量模型开发07-27
- ▶急性应激可迅速升高IL-17A水平07-27
- ▶SRQ-20量表在哥伦比亚人群中具有跨群体测量等价性07-27
- ▶精神健康研究新框架：偏倚域三角测量07-27
- ▶英国孕前护理服务调查：差异显著，缺乏协调07-27
- ▶联邦健康数据服务新评估框架07-27
- ▶REVIVE-PEEP试验：心肺复苏中PEEP的评估07-27
- ▶益生菌联用维多珠单抗增效溃疡性结肠炎治疗07-27
- ▶异维A酸或影响男性生殖功能07-27
- ▶智能体温监测助力PMOS筛查07-27
- ▶无提取裂解装置用于结核病分子检测07-27
- ▶葡萄糖胺补充剂与阿尔茨海默病风险关联存疑07-27
- ▶Medicaid儿童龋齿治疗缺口大07-27
- ▶阿片类药物剂量滴定方案有效性研究07-27
- ▶海地农村糖尿病高血压诊所效果显著07-27
- ▶联合MRI与MRS探秘胶质瘤微环境07-27
- ▶结构化干预提升印度OPAT项目质量07-27
- ▶癫痫患者精神药物共处方趋势分析07-27
- ▶职业体力活动与心血管病风险：分类方法影响结论07-27
- ▶情绪与活动关联存在性别及月经周期差异07-27
- ▶流感疫苗有效性评估：EHR数据可靠07-27
- ▶数据变异性：疫情预警新信号07-27
- ▶右心室小梁遗传调控揭示心肺发育通路07-27
- ▶血液检测可提前20年预测阿尔茨海默病07-27
- ▶肾上腺皮质癌研究论文被撤回07-27
- ▶机器学习偏差误差指标手稿被撤07-27
- ▶SyntenyPair Explorer：无需安装的基因组共线性可视化工具07-27
- ▶预测生理特征检测压力：比较三种时间序列预测架构07-27
- ▶环扎钢丝：小鼠股骨缺损模型的新固定方案07-27
- ▶PWO1与TRB协同防止植物过早分化07-27
- ▶大麦泛基因组揭示结构变异调控基因表达07-27
- ▶树状标签破解半合成蛋白合成难题07-27
- ▶UBP6切割调控植物免疫新机制07-27
- ▶工程改造突破聚酮类抗生素产量瓶颈07-27
- ▶棕榈为何没有C4光合作用？关键酶缺失07-27
- ▶TRIM28稳定卵巢身份的关键机制07-27
- ▶海马涟漪支撑视觉短时记忆07-27
- ▶北极微生物中性脂代谢新发现07-27
- ▶TAGMOS：从发酵引擎解读肠菌状态07-27
- ▶BRCA2和RAD54B基序调控DMC1丝状体组装07-27
- ▶冷驯化中昼夜节律调控被旁系同源分化掩盖07-27
- ▶昆虫GST酶动态变化及抑制机制07-27
- ▶TWD1蛋白选择性促进生长素运输07-27
- ▶新型荧光探针MeFluHyA高效筛选HDAC6抑制剂07-27
- ▶人造亚微米凝聚体区室化合成细胞07-27
- ▶Gp130协调神经元-小胶质细胞双向保护回路07-27
- ▶LOX驱动肾癌进展的双重机制07-27
- ▶埃及伊蚊三种酪胺受体的功能鉴定07-27
- ▶结直肠癌循环肿瘤细胞表面组重塑促进转移07-27
- ▶糖尿病肾线粒体受损获直接证据07-27
- ▶冷冻雾化技术革新细胞玻璃化保存07-27
- ▶子宫内膜癌新模型揭示治疗弱点07-27
- ▶扩展人血浆蛋白质组遗传结构揭示07-27
- ▶个体化大脑分区揭示精神分裂症脑动力学异常07-27
- ▶儿童阅读时大脑如何整合视听信号07-27
- ▶新模型精准解析认知衰退与痴呆风险07-26
- ▶Pansoma：泛基因组图谱助力体细胞突变检测07-26
- ▶IL-13诱导CD45检查点，限制肠道2型免疫07-26
- ▶乳腺癌囊泡糖链抑制免疫07-26
- ▶磷酸化开关激活线粒体自噬07-26
- ▶OspA抗体快速制动莱姆病螺旋体07-26
- ▶H5N1禽流感病毒利用人MHC-II入侵细胞07-26
- ▶轴突轻微损伤后细胞骨架可恢复07-26
- ▶热选择驱动白纹伊蚊适应性进化07-26
- ▶变态发育进化：基因家族趋同演化揭秘07-26
- ▶双谱系LC协同修复皮肤免疫屏障07-26
- ▶波多黎各年轻人健康亮红灯07-26
- ▶分辨率新定义揭示结构信息量07-26
- ▶皮层GABA动态围绕海马尖波涟漪07-26
- ▶PLCβ双通道招募机制在巨噬细胞中揭示07-26
- ▶哪种麻醉药可减少老年谵妄？07-26
- ▶显微采集堆栈的模块化重构07-26
- ▶纹身墨水化学成分数据库问世07-26
- ▶共建衰老标志基因整合资源库07-26
- ▶肝癌中发现偏向性mTOR信号07-26
- ▶EEG模型揭示词语与图像的神经处理差异07-26
- ▶睡眠或无助记忆泛化07-26
- ▶新型Sushi MR装置提升TMS-fMRI兼容性07-26
- ▶数量适应揭示多层级视觉处理07-26
- ▶光遗传揭示帕金森跌倒双重机制07-26
- ▶新生儿大脑发育：结构先行于功能07-26
- ▶夫妻赋权认知差异影响生育意愿一致性07-25
- ▶跨境女商人性风险高07-25
- ▶埃塞俄比亚整合急救网络破解院前护理碎片化困境07-25
- ▶2026指南重塑CKM健康：早期风险激增，晚期稳定07-25
- ▶铁蛋白缺失抑制髓母细胞瘤生长07-25
- ▶微生物代谢物激活MAIT细胞抗实体瘤07-25
- ▶果蝇新发现：一类候选嗅觉运载蛋白07-25
- ▶自由基途径或助力生命起源中肽键形成07-25
- ▶Trm10识别tRNA的分子机制解析07-25
- ▶唐氏综合征关键基因DSCR3调控细胞大小07-25
- ▶多任务学习预测青少年物质使用启动07-25
- ▶机器学习揭示青少年物质使用的环境预测因子07-25
- ▶深度学习模型预测免疫治疗肺炎风险07-25
- ▶内体运动调控真菌发育与代谢07-25
- ▶优化冷冻FIB铣削策略，减少生物薄片损伤07-25
- ▶远红光光系统I中的双向电子转移07-25
- ▶基于基因表达特征的药物分子从头设计07-25
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