

Host-Pathogen Interaction Analysis
Host-pathogen interaction analysis investigates the complex molecular interplay between a host organism and invading pathogens by integrating genomic, transcriptomic, proteomic, or multi-omics data. This approach reveals how pathogens manipulate host cellular processes, how immune systems respond to infection, and which molecular pathways determine disease progression or resistance. It is particularly powerful for understanding infection mechanisms, identifying therapeutic targets, developing vaccines, and advancing strategies for disease prevention and precision antimicrobial research.
Base Pricing & Turnaround Time
Start from: Rp. 2.000.000 ($ 120) per sample
Start from: 7 days
Additional charges may apply if the FASTQ file size is unusually large
Default Deliverables
Quality-Controlled Sequence Files
FASTA/FASTQ files containing filtered, trimmed, and quality-controlled sequencing reads generated from host–pathogen interaction sequencing data before downstream analysis.
Host & Pathogen Aligned Read Files
BAM/CRAM files containing sequencing reads aligned separately or jointly to host and pathogen reference genomes, including indexed alignment files for downstream analysis and visualisation.
Host Gene Expression Profiling
Quantified host transcript expression data identifying genes and pathways responsive to pathogen exposure, infection progression, or immune activation.
Pathogen Activity & Expression Analysis
Comprehensive profiling of pathogen-derived transcripts or genomic signals, including actively expressed genes, virulence-associated factors, and infection-related molecular activity.
Differential Interaction Analysis
Comparative analysis of molecular changes between infected and control conditions, including differentially expressed host and pathogen genes associated with infection dynamics.
Functional Interaction Interpretation
Integrated biological interpretation of host–pathogen interaction mechanisms, including immune-related pathways, host defence responses, pathogen adaptation strategies, and enriched functional processes.
Add-ons
Virulence factor profiling
Host immune signature mapping
Longitudinal infection dynamics analysis
Multi-omics data integration
Regulatory network reconstruction
