NexAmins Bio LLC
Accelerating Discovery Through Advanced Computational Biology
About NexAmins Bio LLC
NexAmins Bio LLC is a specialized bioinformatics and computational biology firm dedicated to advancing biotechnology, pharmaceutical, and academic research through cutting-edge in-silico solutions. We combine deep expertise in protein-centric modeling, molecular simulation, and data science to deliver actionable insights that accelerate R&D timelines and inform critical research decisions. Our mission is to bridge the gap between computational prediction and experimental validation, enabling our clients to make faster, more informed decisions in their discovery and development programs.
We pride ourselves on delivering reproducible computational workflows, publication-ready reports, and clear scientific insights that drive experimental follow-up. Whether you need protein structure prediction, virtual screening pipelines, or custom computational analysis, our team collaborates closely with experimental teams and contract research organizations to ensure our solutions directly address your research challenges. With a commitment to confidentiality, intellectual property protection, and scientific rigor, NexAmins Bio LLC is your trusted partner for advanced computational biology support.
Our Services
Protein Structure Modeling & Analysis
Comprehensive protein structure prediction using homology and de novo modeling approaches, including structure refinement, validation, protein-protein and protein-ligand interface analysis, and structural annotation for comparative studies.
Molecular Docking & Virtual Screening
Advanced small-molecule and peptide docking with binding pose prediction, scoring, and structure-based virtual screening pipelines. We prioritize and rank hits to accelerate your lead identification and optimization efforts.
Computational Drug Discovery & Data Science
End-to-end computational support for drug discovery including target assessment, binding site characterization, structure-activity relationship analysis, high-throughput workflows, machine learning applications, and multi-omics data integration for informed decision-making.