Authier Simon, Arezzo Joseph, Delatte Marcus S, Kallman Mary-Jeanne, Markgraf Carrie, Paquette Dominique, Pugsley Michael K, Ratcliffe Sian, Redfern William S, Stevens Joanne, Valentin Jean-Pierre, Vargas Hugo M, Curtis Michael J
CiToxLAB North America, 445 Armand Frappier, Laval, QC H7V 4B3, Canada.
Department of Neuroscience, Albert Einstein College of Medicine, USA; Department of Neurology, Albert Einstein College of Medicine, USA.
J Pharmacol Toxicol Methods. 2016 Sep-Oct;81:37-46. doi: 10.1016/j.vascn.2016.06.001. Epub 2016 Jun 2.
The Safety Pharmacology Society (SPS) conducted an industry survey in 2015 to identify industry practices as they relate to central, peripheral and autonomic nervous system ('CNS') drug safety testing. One hundred fifty-eight (158) participants from Asia (16%), Europe (20%) and North America (56%) responded to the survey. 52% of participants were from pharmaceutical companies (>1000 employees). Oncology (67%) and neurology/psychiatry (66%) were the most frequent target indications pursued by companies followed by inflammation (48%), cardiovascular (43%), metabolic (39%), infectious (37%), orphan (32%) and respiratory (29%) diseases. Seizures (67% of participants), gait abnormalities (67%), tremors (65%), emesis (56%), sedation (52%) and salivation (47%) were the most commonly encountered CNS issues in pre-clinical drug development while headache (65%), emesis/nausea (60%), fatigue (51%) and dizziness (49%) were the most frequent issues encountered in Phase I clinical trials. 54% of respondents reported that a standard battery of tests applied to screen drug candidates was the approach most commonly used to address non-clinical CNS safety testing. A minority (14% of all participants) reported using electroencephalography (EEG) screening prior to animal inclusion on toxicology studies. The most frequent group size was n=8 for functional observation battery (FOB), polysomnography and seizure liability studies. FOB evaluations were conducted in a dedicated room (78%) by blinded personnel (66%) with control for circadian cycle (55%) effects (e.g., dosing at a standardized time; balancing time of day across treatment groups). The rat was reported as the most common species used for seizure liability, nerve conduction and drug-abuse liability testing.
安全药理学协会(SPS)在2015年开展了一项行业调查,以确定与中枢、外周和自主神经系统(“CNS”)药物安全性测试相关的行业做法。来自亚洲(16%)、欧洲(20%)和北美(56%)的158名参与者回复了该调查。52%的参与者来自制药公司(员工超过1000人)。肿瘤学(67%)和神经学/精神病学(66%)是公司最常针对的适应症,其次是炎症(48%)、心血管(43%)、代谢(39%)、感染(37%)、罕见病(32%)和呼吸系统(29%)疾病。在临床前药物开发中,癫痫发作(67%的参与者)、步态异常(67%)、震颤(65%)、呕吐(56%)、镇静(52%)和流涎(47%)是最常遇到的CNS问题,而头痛(65%)、呕吐/恶心(60%)、疲劳(51%)和头晕(49%)是I期临床试验中最常遇到的问题。54%的受访者报告称,用于筛选候选药物的标准测试组合是解决非临床CNS安全性测试最常用的方法。少数(占所有参与者的14%)报告在将动物纳入毒理学研究之前使用脑电图(EEG)筛选。功能观察组合(FOB)、多导睡眠图和癫痫发作易感性研究中最常见的组规模为n = 8。FOB评估在专用房间(78%)由不知情的人员(66%)进行,并控制昼夜节律周期(55%)的影响(例如,在标准化时间给药;平衡各治疗组的给药时间)。据报告,大鼠是用于癫痫发作易感性、神经传导和药物滥用易感性测试最常用的物种。