Our platform provides advanced tools for searching databases, comparing calculating the physicochemical properties and design AMPs sequences, as well as visualizing statistics and results.
Explore Available ToolsAntimicrobial peptides (AMPs) are small, naturally occurring protein molecules that play a crucial role in the innate immunity of most organisms. They represent one of the most universal and effective forms of defense against a variety of pathogens.
Their unique, amphipathic structure allows for selective interaction with the cell membranes of microorganisms. AMPs possess stably formed secondary structures, such as an α-helix or β-sheet, which determine their biological activity.
In an era of growing bacterial resistance to antibiotics, AMPs are seen as a promising therapeutic alternative. Their diverse mechanisms of action make it significantly harder for bacteria to develop resistance.
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Quickly compare your sequences against reference databases using the diamond tool.
Calculate the physicochemical properties of peptides and entire FASTA files.
Design and optimize peptide sequences, work with diamond comparison results or input your own data.
Our platform simplifies peptide sequence analysis into a few simple steps.
Find AMP of interest using advanced filters in our extensive database.
Use the diamond tool for instant sequence comparison, the design tool for editing, and the calculator to obtain necessary data.
Explore interactive visualizations, statistics and detailed data to draw key conclusions.
Our platform integrates data from many publicly available sources, such as AMPDB, APD, BaAMPs, CAMP, CancerPPD, CyBase, DADP, DBAASP, dbAMP, DRAMP, InverPep, ParaPep and SATPdb, to provide the broadest possible research context.
Yes, the MarLys AMP platform is completely free for research and educational purposes. We only ask that you cite our work in your publications.
Please cite our work as follows: [XYZ].
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