Bridging the gap between biology and technology in Agrigenomics
Agrigenomics faces a core challenge: transforming complex biological data into actionable insights without gaps between science and technology. At Excelra, we solve this by combining deep bioinformatics expertise with robust data engineering, offering seamless, end-to-end solutions from strategy to execution and support. Our science-first approach integrates big data, AI-powered analytics, and computational biology to drive breakthroughs in trait discovery, genomic selection, and precision breeding.
The result? Smarter, faster, and more sustainable innovation in crop and livestock genetics.
Our Services
Our domain experts and experienced engineers deliver a focused, end-to-end service catalog. Our approach integrates advanced analytics, AI-driven predictions, and deep domain expertise. We enable precise trait identification and enhanced breeding efficiency. This helps agrigenomics researchers optimize genetic selection, develop high-impact markers, and drive sustainable agricultural solutions. Partner with us to transform complex genomic data into actionable intelligence, ensuring faster, smarter, and more efficient decision-making in crop and livestock improvement.
Whole / targeted genome analysis
- Genome assembly (reference-guided, de novo)
- Annotation
- Characterization
- Comparative genomics
Variation analysis
- Pan-genome
- Variation analysis (SNP, InDels, CNV, PAV)
Population studies
- QTL analysis
- GWAS
- Mutation screen
Breeding bioinformatics
- Marker development
- Genomic/omic selection/prediction
Transcriptomics
- Assembly (reference-guided, de novo) (Sub Headings)
- Annotation
- Expression analysis
- Alternative splicing
- Pathway/network analysis
Epigenomics
- DNA-methylation (Sub Headings)
- Histone modifications
Excelra acquires BISC Global, creating an international bioinformatics powerhouse with an industry-leading platform and service offering.
Case study
30 alternate indications identified for six shelved compounds
We were engaged in helping our clients identify alternate indications for their assets. We developed an integrated strategy, providing our proprietary Global Repurposing Integrated Platform (GRIP) pipeline to perform in silico analysis and then validate the findings via wet lab experiments.
A total of six compounds were analyzed through the GRIP pipeline, generating insightful biological rationales for their use in new indications. The wet lab validation was then conducted using a multi-omics approach.
The combined analyses provided robust recommendations, which led to the identification of four repurposing opportunities and the expansion of the client’s portfolio.
Why Excelra
Integrated expertise
We combine agrigenomics domain knowledge, AI-driven analytics, and robust data engineering to accelerate genetic innovation.
Tailored insights
Our solutions deliver precise trait identification and predictive modeling for targeted discovery and breeding.
Scalable bioinformatics
From end-to-end pipelines to ongoing support, we unlock the full potential of genomic data for sustainable agriculture.
Knowledge hub
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