New molecular platform to access intracellular targets across a broad range of tumor cell types
Opens up new range of therapeutic opportunities for difficult-to-treat cancers
INGELHEIM, Germany & BERLIN -- (BUSINESS WIRE) --
Boehringer Ingelheim today announced that it acquired ICD Therapeutics. The acquisition includes rights to ICD’s innovative MacroDel biologics-delivery platform. Boehringer Ingelheim will employ this platform for the development of novel therapeutics in collaboration with nanoPET Pharma GmbH, a former shareholder of ICD Therapeutics. Further details of the acquisition are not being disclosed.
“Boehringer Ingelheim’s collaboration with nanoPET Pharma has the potential to eliminate the hurdle that many cancer biologics face: getting access to targets inside tumor cells,” said Norbert Kraut, Ph.D., Global Head of Cancer Research, Boehringer Ingelheim. “We will use ICD’s MacroDel technology to develop first-in-class potential drug candidates for intracellular targets across a variety of tumor types, for the benefit of patients who so far have no or only inadequate treatment options.”
Engineered proteins and peptides offer great potential to block protein-protein interactions inside cancer cells, but their large size is generally assumed to prevent intracellular delivery. ICD’s MacroDel technology exploits transporter proteins in the cell membrane to deliver such drug candidates inside tumor cells. This opens up therapeutic targets that would be otherwise inaccessible.
“nanoPET Pharma looks forward to collaborating with Boehringer Ingelheim on the pre-clinical refinement of ICD’s MacroDel to achieve effective intracellular delivery of macromolecules such as peptides and proteins,” said Andreas Briel, Ph.D., Managing Director of nanoPET Pharma GmbH. “We are excited to contribute to Boehringer Ingelheim’s discovery and development of innovative medicines for patients in need.”
More about MacroDel
Tree-like highly branched molecules known as dendrimers form a fundamental component of the MacroDel platform. The size, shape and electrical charge of this structure permit it to grasp large therapeutic biological molecules. After binding with the biologic, the resulting compound selectively interacts with transporter proteins known to be highly expressed on tumor cell wall membranes. These transporters help “carry” the compound through the membrane and into the cell. The medicinal cargo is then in position to disrupt the disease process in a precise manner at a molecular level.
A prior investment from Boehringer Ingelheim’s Venture Fund (BIVF) supported ICD’s development of the MacroDel technology. The BIVF strategically invests in groundbreaking therapeutics-focused biotechnology companies to enable development of their technologies for therapeutic applications that have potential for strategic partnerships with Boehringer Ingelheim or other pharmaceutical partners.
QpiAI宣布印度迎来量子时代曙光,推出25量子比
全球电动车联盟发布电动车司机调查结果
Jefferies和SMBC扩大并加强战略联盟
i2c携手Wirex将加密货币预付卡引入美国
DRDM打造“痘肌修护”新理念,重新定义祛痘护
把握行业机遇,博科测试IPO上市推动业绩增长
Movistar Chile通过SIAE MICROELET
Canva庆祝赋予世界设计力量十周年
全美顶尖律所ROSEN提醒Kandi
Omdia:2025年第四季度,全球智能手机市场增长
益博睿研究发现,新冠疫情以来线上活动增加了
夏清华委员提案:弘扬万年珍珠文化 主动延伸
上饶银行滨江支行新春活动精彩纷呈
Kenvue发布首份《健康生活使命报告》
Streetbeat推出SmartPilot:由Ch
《中国金银币标准目录》:一部帮你厘清中国金
HistoSonics完成#HOPE4KIDNEY试验患
数字化成未来教育重要部分 iEnglish让英语学习更
银牛视觉AI处理器采用芯原创新的ISP IP
Fingerprints的20个非接触式生物识别卡试运行据点
重庆五福盈引领山茶油进国际市场 首家通过联
Diligent发布AI风险要素解决方案以加快风险管理
“公厕革命”有新招 群众更方便
KURA ONE推出小巧的罐装日本清酒