CytoConverter

CytoConverter converts cytogenetic nomenclature (chromosomal bands visible under a microscope after staining) into exact genomic coordinates based on distance from chromosome ends to enable precise mapping of chromosomal gains and losses.

Key Features:

• Conversion Capability: Converts cytogenetic nomenclature describing chromosomal bands into exact genomic coordinates using distances from chromosome ends.
• Input Flexibility: Accepts single karyotypes or multiple karyotypes from various individuals as input.
• Comprehensive Output: Outputs standard genomic coordinates for all net chromosomal gains and losses indicated by the karyotype and reports the number of cells exhibiting each aberration when provided in the input.
• Graphical Visualization: Generates graphical representations that detail regions of chromosomal gains and losses.

Scientific Applications:

• Gene and feature mapping: Identifies specific genes and genomic features within regions affected by chromosomal changes.
• Genetic disorder analysis: Maps cytogenetic aberrations to precise genomic coordinates to support studies of genetic disorders.
• Cancer genomics: Maps karyotypic gains and losses to genomic coordinates to support cancer genomics analyses.
• Evolutionary biology: Enables mapping of chromosomal alterations to genomic regions for evolutionary studies.

Methodology:

Employs advanced algorithms to perform the conversion from cytogenetic bands to genomic coordinates based on distances from chromosome ends.