Azeredo da Silveira Samareh, Shorr Andrew F
Combioxin SA, 8 rue de la Rôtisserie, 1204 Geneva, Switzerland.
Pulmonary and Critical Care Medicine, Medstar Washington Hospital Center, Washington DC, DC 20010, USA.
Antibiotics (Basel). 2020 Feb 21;9(2):94. doi: 10.3390/antibiotics9020094.
Poor outcomes in severe and resistant infections, together with the economic struggles of companies active in the field of anti-infective development, call for new solutions and front runners with novel approaches. Among "non-traditional" approaches, blocking virulence could be a game changer.
This review offers a perspective on parameters that have determined the development path of CAL02, a novel anti-virulence agent, with a view to steering clear of the obstacles and limitations that impede market sustainability for new anti-infective drugs. Conclusions and implications of key findings: This case study highlights four pillars that may support the development of other non-traditional drugs and, concurrently, provide a new model that could reshape the field. Therapeutic triggers, study designs, and economic parameters are discussed.
严重和耐药感染的不良后果,以及抗感染药物研发领域公司面临的经济困境,都需要新的解决方案和采用新方法的领跑者。在“非传统”方法中,阻断毒力可能会带来变革。
本综述对决定新型抗毒力药物CAL02研发路径的参数进行了展望,以避开阻碍新型抗感染药物市场可持续性的障碍和限制。关键发现的结论与启示:本案例研究突出了可能支持其他非传统药物研发的四大支柱,同时提供了一个可能重塑该领域的新模式。文中讨论了治疗触发因素、研究设计和经济参数。