ParTIES

ParTIES identifies and quantifies developmental DNA elimination sequences and detects elimination-associated polymorphisms in Paramecium species to enable analysis of DNA elimination dynamics and genome variation.

Key Features:

• Identification of Eliminated Sequences: ParTIES identifies sequences subject to developmental DNA elimination within Paramecium species, supporting analysis of eliminated loci in ciliates.
• Quantification of Sequence Presence: ParTIES measures the presence of eliminated sequences in sequencing samples, providing quantitative data for comparative analysis across conditions and Paramecium strains.
• Detection of Rare Elimination Polymorphisms: ParTIES detects rare polymorphisms associated with DNA elimination, enabling exploration of genetic variability that impacts the elimination process.

Scientific Applications:

• Developmental DNA elimination studies: ParTIES enables standardized analysis of eliminated sequences to study developmental DNA elimination in ciliates such as Paramecium.
• Evolutionary biology: ParTIES supports evolutionary analyses of DNA elimination and its influence on genome architecture in Paramecium species.
• Genetics and molecular biology: ParTIES facilitates investigation of genetic variability and molecular mechanisms underlying DNA elimination and its consequences for genome function in single-celled eukaryotes.

Methodology:

Multi-threaded Perl software that integrates sequence identification, quantification in sequencing samples, and detection of elimination-associated polymorphisms into a cohesive workflow.