NGS Sequencing Services
We deliver fast and quality sequencing services at affordable rates across multiple next generation sequencing platforms such as Illumina, Pacbio, Oxford Nanopore, Element Bio, 10x Genomics, Bruker NanoString and ParseBio wet-lab services.
WGS & Exome Genomics SNPs and Variant Analysis
High quality genome assembly & annotation for short read and long read data across different next generation sequencing platforms.
Genome Assembly & Annotation
High quality genome assembly & annotation for short read and long read data.
RNA Seq/Gene Expression
Explore the transcriptome and unravel the dynamic landscape of gene expression. Our RNA Seq analysis services provide invaluable insights into qene regulation, alternative splicing, and more.
Metagenomics & 16s rRNA Profiling
Navigate the diverse communities of microorganisms, uncovering their roles in ecosystems, microbiomes, and infectious diseases. We Characterize microbial communities with high precision, offering valuable information for studies in environmental science, healthcare, and more.
Long read and Structural Variant Analysis
Identify and understand structural variations in the genome, crucial for unraveling the genetic basis of diseases and complex traits..
Pathway Analysis
Identify Biological Pathways enriched in a gene list from RNA Seq and sequencing data. Interpretation and visualization of statistically enriched pathways.
Epigenomics and ChIP Seq Analysis
Our ChIP-Seq analysis services empower researchers and scientists with the tools and insights needed to explore the intricacies of gene regulation, epigenetics, and chromatin structure. We provide epigenetics and methylation Differential analysis and pipeline to analyze Chromosom Conformation Capture data through which the three-dimensional interactions of chromatin is revealed.
Agriculture genotyping
Agricultural genotyping services provide DNA analysis solutions for livestock breeding programs, using advanced genomic technologies to identify genetic markers associated with productivity, disease resistance, meat quality, and other economically important traits. These services offer parentage verification, genomic selection, disease screening, and trait prediction across cattle, swine, poultry, sheep, and goats.
Bioinformatics Analysis Services
We are a team of highly experienced bioinformaticians with a proven track record in delivering comprehensive analyses across genomics, transcriptomics, proteomics, and other biomedical domains. With deep expertise in both established and custom workflows, we specialize in transforming large-scale and complex datasets into meaningful insights through advanced computational approaches, including statistical modeling, machine learning, and integrative analysis. Our strong history of collaborations with academic, clinical, and industry partners has resulted in impactful publications and successful interdisciplinary projects, underscoring our ability to provide reliable, actionable insights that drive scientific discovery and translational outcomes.
WGS & Exome Genomics SNPs and Variant Analysis
High quality genome assembly & annotation for short read and long read data across different next generation sequencing platforms.
Genome Assembly & Annotation.
High quality genome assembly & annotation for short read and long read data.
RNA Seq / Gene Expression
Explore the transcriptome and unravel the dynamic landscape of gene expression. Our RNA Seq analysis services provide invaluable insights into gene regulation, alternative splicing, and more.
Metagenomics & 16s rRNA Profiling
Navigate the diverse communities of microorganisms, uncovering their roles in ecosystems, microbiomes, and infectious diseases. We Characterize microbial communities with high precision, offering valuable information for studies in environmental science, healthcare, and more.
Long read and Structural Variant Analysis
Identify and understand structural variations in the genome, crucial for unraveling the genetic basis of diseases and complex traits.
Epigenomics and ChIP Seq Analysis
Our ChIP-Seq analysis services empower researchers and scientists with the tools and insights needed to explore the intricacies of gene regulation, epigenetics, and chromatin structure. We provide epigenetics and methylation Differential analysis and pipeline to analyze Chromosome Conformation Capture data through which the three-dimensional interactions of chromatin is revealed.
Agriculture genotyping
Agricultural genotyping services provide DNA analysis solutions for livestock breeding programs, using advanced genomic technologies to identify genetic markers associated with productivity, disease resistance, meat quality, and other economically important traits. These services offer parentage verification, genomic selection, disease screening, and trait prediction across cattle, swine, poultry, sheep, and goats.
Single cell and Spatial multi-omics analysis
- Single-Cell Annotation
- ATAC-Seq Annotation
- Spatial Annotation
- Bulk Annotation
Advanced Bioinformatics for Precision Research
At IUVENTUS, we offer a comprehensive suite of bioinformatics services to support life-science researchers, clinicians, the agricultural and pharmaceutical industry and data-driven healthcare innovators with microarray, NGS, Proteomics, Epigenetics and Single Cell and Spatial mutiOMICS analysis services.
Ours Services
Next-Generation Sequencing (NGS)
We provide comprehensive expertise in next-generation sequencing, covering RNA-Seq, ChIP-Seq, and ATAC-Seq. Our strength lies in extracting insights from highly complex data and integrating these results with established public domain resources. This allows researchers to not only interpret their own datasets with confidence but also place their findings in a broader biological and clinical context, driving more meaningful discoveries.
Single-Cell Sequencing
Our team has extensive experience in single-cell sequencing and actively collaborates with researchers to uncover biology at single-cell resolution. By leveraging cutting-edge analytical methods, we help reveal cellular heterogeneity, lineage relationships, and molecular drivers that would otherwise be masked in bulk analyses, providing a clearer understanding of tissue complexity and disease mechanisms.
Spatial Transcriptomics
We have strong expertise in spatial transcriptomics, enabling the transformation of intricate spatial gene expression profiles into actionable biological insights. Through advanced data processing and visualization, we help researchers link molecular activity to spatial tissue architecture, offering a powerful approach to study cell–cell interactions, tissue organization, and disease progression.
Antibody-Based Proteomics
In addition to genomic and transcriptomic analyses, we bring expertise in antibody-based proteomics. This technology allows for the precise measurement of protein abundance, modifications, and interactions, complementing sequencing data to provide a more holistic view of biological systems. By integrating proteomics into multi-omics workflows, we support discoveries that bridge molecular profiles with functional biology.
Multi-Omics Integration and Knowledge Discovery
We specialize in integrating diverse data types including genomics, transcriptomics, proteomics, metabolomics, and clinical into unified analytical frameworks. By combining multiple layers of biological information, we uncover hidden relationships and generate systems-level insights that are not apparent from single datasets alone. This integrative approach enables more robust biomarker discovery, deepens our understanding of complex diseases, and supports the translation of research findings into clinical and therapeutic applications.
Custom Bioinformatics
Need bioinformatics consultation for project design?
We design projects and help with custom bioinformatics development.
Agriculture Genotyping
Agricultural Genotyping Services for Animal Breeding
Agricultural genotyping services provide comprehensive DNA analysis solutions to optimize animal breeding programs across livestock species including cattle, swine, poultry, sheep, and goats. These services utilize advanced genomic technologies to identify genetic markers associated with economically important traits such as milk production, meat quality, disease resistance, fertility, and feed efficiency.
Core Services
- Parentage verification to confirm breeding records and maintain genetic integrity
- Genomic selection enabling early identification of superior breeding candidates before phenotypic expression
- Disease susceptibility screening for hereditary conditions and infectious disease resistance
- Trait prediction for production characteristics, growth rates, and carcass quality
- Inbreeding analysis to maintain genetic diversity and avoid deleterious effects
Key Benefits
Genotyping accelerates genetic progress by reducing generation intervals and increasing selection accuracy.
Producers can make informed breeding decisions earlier in an animal’s life, improving economic returns through enhanced productivity and reduced veterinary costs.
The technology enables precision breeding strategies that balance multiple traits simultaneously while maintaining genetic diversity.
Technology Platform
Services typically employ SNP (Single Nucleotide Polymorphism) arrays, whole genome sequencing, or targeted gene panels depending on species and breeding objectives.
Results are delivered through user-friendly platforms that integrate with existing herd management systems.
Applications
- Commercial producers use genotyping to optimize breeding programs
- Breed associations leverage the technology for genetic evaluations and registry services
- Research institutions utilize these services to develop new genetic tools and validate breeding strategies.
Modern genotyping services transform traditional breeding from purely phenotype-based selection to data-driven genetic improvement, delivering measurable improvements in animal performance, welfare, and production sustainability.
On-Demand Computing Infrastructure
Access scalable and powerful computational resources whenever you need them, ensuring that your data analysis is not limited by infrastructure constraints.
