Welcome to dbACP, a comprehensive mannually curated database dedicated to the study of anticancer peptides (ACPs). This platform provides detailed information on various anticancer peptides, including their sequences, modifications, biological activities, and mechanisms of action. Designed to support researchers in the field of peptide-based therapeutics, dbACP offers a robust repository of data on peptides derived from different organisms, including natural, synthetic, and derivative forms.

The database includes insights into peptide structures, such as linear and cyclic conformations, and detailed molecular descriptors. In addition to providing data on peptide sequences and structural properties, dbACP also offers activity information like membranolytic mechanisms, LC50 values, and effectiveness against different cell lines, particularly in cancer research. Users can explore secondary structure fractions, hydrophobicity, isoelectric points, and other physicochemical properties, facilitating a deeper understanding of peptide function and interaction. dbACP integrates resources for computational analyses, such as QSAR descriptors and ADMET properties, enabling users to predict peptide behavior and efficacy.

Whether you are focused on discovering new peptide drugs or understanding their molecular properties, dbACP serves as a vital resource in advancing peptide research and development.