Examination of influence of microfluidic flow and antibody orientation on biosensor performance: A case study with CA125 electrochemical biosensor

Q: How does OCRA curate its research paper database?

OCRA indexes peer-reviewed papers from PubMed and CrossRef, enriched with MeSH terms, author profiles, and citation metrics. Papers are categorized by cancer type, research method, and clinical relevance.

Q: Can I search papers by MeSH term or author?

Yes. Use the search bar to filter papers by MeSH term, author name, journal, keyword, or cancer type. Each paper includes linked MeSH terms and author profiles for further exploration.

Q: How current is the paper database?

The database is updated regularly through automated ingestion from PubMed and CrossRef. Most papers appear within days of their PubMed indexing date.

doi:10.1016/j.bioelechem.2025.109213

Ovarian cancer has always posed a challenge to the healthcare industry due to a lack of early diagnosis methods, attributed to the absence of identifiable symptoms, thereby earning it the name "silent killer". Even though the traditional diagnostic methods provide some diagnostic capabilities, they still face several bottlenecks, highlighting the need to develop a robust, sensitive and accurate biosensor, specific to ovarian cancer biomarkers. In this study, an electrochemical platform with the microfluidic method of sample introduction was analyzed to detect cancer antigen 125 (CA125), a prominent biomarker in ovarian cancer patients. The platform was decorated with alkylamine-functionalized graphene sheets (A

Examination of influence of microfluidic flow and antibody orientation on biosensor performance: A case study with CA125 electrochemical biosensor

Links

Journal

Authors

Funding