SHIP

SHIP detects potential genomic safe harbors in eukaryotes using genomic general feature annotation.

Key Features:

• Systematic GSH identification: SHIP identifies genomic safe harbors algorithmically rather than by empirical methods alone.
• Eukaryotic genome compatibility: SHIP analyzes organisms with available annotated genomes.
• Experimental validation support: SHIP provides candidate lists that can be experimentally assessed using DNA sequencing, stability assays, flow cytometry, qPCR, electron microscopy, RT-qPCR, and RNA-Seq.

Scientific Applications:

• Synthetic biology and genomic engineering: SHIP assists in identifying loci for integrating foreign genes without affecting endogenous gene expression, particularly for polygenic module investigation.
• Yeast chassis development: SHIP has been experimentally validated in Saccharomyces cerevisiae, with five GSHs curated through multiple molecular assays.

Methodology:

SHIP uses genomic general feature annotation to detect potential genomic safe harbors algorithmically.