ABC-finder

ABC-finder identifies and predicts the membrane topology of ATP-Binding Cassette (ABC) transporter proteins across proteomes to support studies of cellular transport, drug resistance, and disease-associated ABC transporter function.

Key Features:

• Identification of ABC proteins: Detects ATP-Binding Cassette (ABC) transporter proteins within proteomic datasets.
• Topology prediction: Predicts transmembrane topology of ABC proteins to characterize membrane-spanning domains and domain organization.
• Containerized deployment: Distributed as a Docker-based package to encapsulate the computational environment for analysis.

Scientific Applications:

• Drug resistance research: Supports identification and characterization of ABC transporters implicated in drug efflux and resistance mechanisms.
• Cellular transport studies: Enables analysis of transporter topology and distribution to inform mechanisms of substrate transport across membranes.
• Disease-associated transporter analysis: Facilitates investigation of ABC transporter dysfunctions relevant to disease pathogenesis.

Methodology:

Computational analysis of proteomic data for ABC protein identification and transmembrane topology prediction, with the software packaged and deployed via Docker.