Objective: To investigate the prevalence and factors associated with delayed diagnosis of fibrotic interstitial lung disease (ILD). Approach: Study Design: A re
Objective: To develop and validate a cardiovascular disease risk prediction model for reproductive-aged women incorporating pregnancy-related and female-specifi
Objective: To investigate the role of erucamide in protecting the degenerating retina and its potential therapeutic applications. Approach: Metabolomics Screeni
Christina Fan, PhD, transitioned from aspiring medical doctor to bioengineer, influenced by her physician parents and a passion for hands-on problem-solving.
Fan's significant early discovery involved using digital PCR for chromosome counting, leading to the development of non-invasive prenatal testing (NIPT) in 2008.
Her work combined digital counting with next-generation sequencing to detect fetal DNA in maternal plasma, addressing challenges in prenatal screening.
Fan emphasizes the importance of perspective and collaboration, advocating for innovative approaches and tools beyond traditional methods in scientific research.
Driven by a desire to make scientific advancements accessible, Fan moved from academia to industry, focusing on the commercialization of innovative technologies.
China's biopharma ecosystem has evolved from a generics-focused market to a globally influential engine for innovation and clinical development.
Regulatory reforms in China have significantly reduced drug approval timelines, enabling companies to obtain IND approval in about 30 working days.
China accounted for 32.3% of global drug-development program originations in 2024, with increasing partnerships from major pharma companies.
Chinese companies are recognized leaders in developing modalities like cell and gene therapy and antibody-drug conjugates, influencing global drug development.
China's integrated biopharma ecosystem promotes faster decision-making and efficiency, challenging traditional Western drug development assumptions.
Patient recruitment for clinical trials is a significant bottleneck, necessitating a balance between scientific rigor and practical considerations.
The complexity of clinical trials has increased, making patient recruitment more challenging due to evolving regulatory requirements and specific inclusion criteria.
Boards and executives must adapt to the intensified competition in drug development, as outdated strategies hinder funding opportunities.
Accurate measurement of target engagement in tissues is crucial, as current reliance on plasma-based assays limits the ability to address underlying challenges.
Translational predictability remains a major bottleneck, especially for neurodegenerative diseases, due to reliance on inadequate model systems.
Objective: To evaluate the quality of life (QOL) trajectories in patients undergoing head and neck reconstruction beyond the first postoperative year. Approach:
Objective: To quantitatively assess retina specialists' preferences for geographic atrophy (GA) treatment options. Approach: Study Design: A best-best discrete