Navigate sequence similarity with confidence.

Explore pseudogene-aware PCR primers and identify homologous human sequences through one focused, research-ready database.

14,702Pseudogene lociGENCODE v50
4,758Ψ Library papersgrounded chatbot
500–900bp inner ampliconAI nested design
2,006Curated primers86 genes, sourced
BLASTNSpecificity maplocal, full-gene

Database query

Start an analysis

Ready

01 Homology reviewSimilarity mapped

02 Specific regionsDifferences shown

03 Assay designNested & long-range

04 LiteratureAnswers with sources

TRAKYA UNIVERSITY BIOINFORMATICS TEAM•AI NESTED & LONG-RANGE PRIMER DESIGN•GENE-SPECIFIC REGION MAPPING•CURATED PRIMER EVIDENCE•Ψ LIBRARY LITERATURE ASSISTANT•LOCAL FASTA & BLASTN REVIEW• TRAKYA UNIVERSITY BIOINFORMATICS TEAM•AI NESTED & LONG-RANGE PRIMER DESIGN•GENE-SPECIFIC REGION MAPPING•CURATED PRIMER EVIDENCE•Ψ LIBRARY LITERATURE ASSISTANT•LOCAL FASTA & BLASTN REVIEW•

Research context

Why pseudogene-aware analysis matters

Pseudogenes and other homologous regions interfere with sequence uniqueness, complicating target enrichment, primer specificity and variant interpretation in genetic testing.

Understand interference

A pseudogene resembles a coding gene but may be unable to produce a functional protein because of disruptive variants.

See where loci differ

Full-gene BLASTN maps every stretch dense in paralog-discriminating bases — the only positions at which PCR can tell a gene from its pseudogene.

Design a specific assay

A long-range outer pair and a 500–900 bp inner pair are placed automatically over that region, reusing an outer primer where one already fits.

Check the literature

Ask the Ψ Library about pseudogene interference and get answers drawn only from open-access papers, each claim cited to its source sentence.

From query to evidence

A clearer path through complex sequence relationships.

The database brings homology review, gene-specific region mapping, assay design and literature evidence into a consistent workflow while keeping the original scientific dataset intact.

Begin a search

1
Choose an analysis
Search by gene symbol for primers or paste a nucleotide sequence for homology.
2
Review FASTA matches
Select a gene and inspect the exact segment highlighted in its complete FASTA record.
3
Run BLAST when needed
From the selected gene page, use the complete FASTA sequence as a local BLASTN query and read the gene-specific region map.
4
Design or look it up
Hand the region to the primer designer, or ask the Ψ Library what the literature reports about it.