The SDF File Viewer is a web-based tool made for chemists, researchers, and students who want to view Structure-Data Files (SDF) easily and accurately. It uses modern web graphics to turn chemical ...

The ScienceCodons PDB Viewer is a high-performance tool for visualizing, analyzing, and exploring macromolecular structures directly in your web browser. It offers seamless support for PDB, mmCIF, and ...

The PDBQT File Viewer is a web-based tool that helps you view and interpret .pdbqt files accurately. You can use it to prepare receptors for docking or to study how ...

Our GenBank to GFF3 Converter is a high-performance bioinformatics solution designed to connect archival sequence records with modern analytical workflows. The GenBank format provides a comprehensive ...

Method for identifying separate sequences.

Our DNA to Protein Converter lets you instantly translate nucleotide sequences into amino acid chains. Whether you study gene expression, verify cloned sequences, or design synthetic genes, this tool ...

Convert between PDB, SDF, MOL2, SMILES, and 100+ other formats. Tip: If you see an error, your selected input format might not match your file’s actual format. Check the Troubleshooting Guide for help ...

Our PHYLIP File Format Converter is a flexible web-based utility that reformats your multiple sequence alignments for broad compatibility across different bioinformatics platforms. This tool ...

The Molecular Weight Calculator is a simple, fast, and accurate web-based tool that computes the molecular (molar) mass of chemical compounds from their molecular formula. It accepts a broad range of ...

Our Phylip to GenBank Converter is an essential web-based tool that reformats molecular sequence data for advanced bioinformatics applications. It efficiently transforms multiple sequence alignments ...

Calculate the molecular weight of proteins instantly using our Protein Molecular Weight Calculator. Enter an amino acid sequence and get precise MW results. Perfect for biochemists, researchers, and ...

This tool goes beyond basic calculations by accounting for critical factors, such as single vs. double strands, linear vs. circular topology, and the specific chemical groups at the molecule’s ends, ...