Example report

What you actually receive.

A representative report: ranked candidates, full chemistry and thermodynamics, off-target screening, and the reasoning behind each. Illustrative sample — not a real patient design.

PEQULIAR DESIGN REPORT · #PQ-2026-0417
Amenable
TARGET GENE
SCN1A
VARIANT
c.4933C>T
STRATEGY
Splice-switching
Ranked candidates · ten designs, scored and ordered
RANKSEQUENCE (5′→3′)TMGCSELF-COMPOFF-TARGETSCORE
1CUGCUAGCUCGAUGCAAU62.4°C58%Low0 high-risk0.94
2GCUAGCUCGAUGCAAUCA61.1°C56%Low0 high-risk0.91
3AUGCUAGCUCGAUGCAAU60.8°C50%Low1 moderate0.88
4CUAGCUCGAUGCAAUCAG60.2°C56%Med0 high-risk0.85
5UGCUAGCUCGAUGCAAUC59.7°C53%Low1 moderate0.82
6–10… five further candidates …full metrics in report
Rank 1 · lead candidate
5′-CUGCUAGCUCGAUGCAAU-3′
MechanismSplice-switching (exon inclusion)
Chemistry2′-MOE · phosphorothioate
Length18 nt
Melting temp (Tm)62.4°C
GC content58%
Self-complementarityLow
Off-target (BLAST)0 high-risk hits
Vendor notationIDT · Eurogentec ready
Design rationale

This candidate targets the cryptic splice site introduced by the variant, with strong predicted binding affinity (Tm 62.4°C) and balanced GC content — minimising both instability and off-target promiscuity.

BLAST screening against the human transcriptome returned no high-risk homology. Low self-complementarity reduces the chance of hairpin formation that would compromise target engagement. The 2′-MOE phosphorothioate backbone matches the chemistry of approved splice-switching ASOs such as Spinraza.

NEXT STEP

Order at research grade and screen in patient-derived cells. See the full path →

This report is an illustrative sample. Sequences and metrics are for demonstration only and do not represent a real patient design. All Pequliar outputs are computationally predicted candidates requiring independent experimental validation by qualified professionals.