Comparative Genome Analysis

Expertise:

Igenbio, Inc. develops genome analysis products and services for the life science industry. Our scientists have broad experience in both in silico and wet lab sequencing, research and development with more than 100 relevant publications in these areas. Igenbio has a proven track record of delivering scientific results for academic, governmental, and industrial institutions for two decades.

Our expertise includes, but is not limited to:

• Whole Genome Sequencing
• RNA-Sequencing
• Metatranscriptomics Sequencing
• Metagenome Sequencing
• Common and custom amplicon sequencing
• Genome Assembly & Annotation
• RNA-Seq Analysis
• Amplicon Sequencing Analysis
• Metagenome Analysis
• Genome ORF calling: Eukaryotes and Prokaryote Genomes
• Pathway Analysis
• Metabolic Reconstruction
• SNP Discovery & Analysis
• Comparative Genomics
• Available for all organisms, including humans, animals, plants, bacteria, and viruses.
• Haploid, diploid or polyploid assemblies

Infrastructure:

Igenbio has a large, secure cloud infrastructure that can expand to meet any project demands you may have - from large number of samples to quick turnaround times. Please inquire for more information.

At Igenbio, Inc. security of your data is a top priority. Your data is protected by best practices in physical and data security measures. This includes 24/7 physical security and monitoring, and the best available encryption for storage and transmission. Our employees are trained and knowledgeable in data security best practices.

Whole Genome Sequencing, Transcriptome Sequencing (RNASEQ /miRNA), Metagenomics, Epigenomics, etc. to our credit; with 100+ co-authorship articles, highest in Indian industry. Recent past, we have also optimized multi-omics Single Cell Genomics solutions to cater to various research needs.

We offer a powerful genomics software platform that makes various bioinformatics tasks fairly straightforward to perform and deliver to customers. We also wrap this product with various service offerings for folks interested in one-off projects that deliver results rather than just subscribing to a software solution and then do the work themselves. We are comfortable with both scenarios. We are well versed in working with RNA-Seq, Genomes, Exomes, targeted panels, miRNA-Seq, Copy Number, Gene Expression, Protein Expression, and DNA Methylation from the level of raw sequencing reads or chip data all the way through to statistically-driven and knowledge-driven interpretations.

Expertise:

We are experienced in developing bioinformatics pipelines, providing data management solutions, analyzing the data using statistical methods and knowledge driven methods, and delivering professional-grade results. We are most familiar with human genomics projects, but have experience with other organisms as well. We are most focused on supporting sequencing projects, but are very capable of supporting array and PCR-based projects as well.

Infrastructure:

We leverage Amazon Web Services for most of our storage (EBS & S3) and computational resources (EC2). We are not frivolous about security, and we can provide you with security documentation to demonstrate how we leverage cloud resources while keeping best-in-class security. We also have powerful 16-core machines in our own private cloud that we leverage for service projects as well.

Bioinformatics Services for Plant Scientists and Breeders by Computomics

At Computomics.com, we deliver in-depth NGS analyses. We start by identifying your breeding or research goals, devise a sequencing strategy to achieve them and define the project deliverables and timeline through an initial consultation. Our methods include the latest algorithms from the bioinformatics community.

We protect the security of your data. We use high-performance servers in a high-security data center with two-factor access control mechanisms. During the analysis, we use transparent, reliable processes and quickly deliver highly reproducible results in constant feedback with you, via virtual or onsite meetings at your location.

Our NGS products are exclusively focusing on plant species and their interacting microbes, and include: 

• Reference genome assembly: experience with polyploids and genomes up to 22 Gbp
• Genome annotation: ab initio gene and transcript isoform prediction, protein function, ncRNA annotation
• Genomic variance analysis and comparison: for marker development, phylogenetic studies, and comparative genomics
• Bulk segregation analysis, genotyping, marker development
• Differential gene expression, de novo transcriptome assembly
• World’s fastest, most accurate metagenomics
• Statistically sound epigenetics
• Genomic selection with continuous model improvement

Computomics collaborates with world-leading scientists, opening up an unprecedented opportunity for breeders and plant scientists. We provide data of the highest possible quality that expedite your crop improvement programs.

At NXT-Dx we can offer SE50, PE50 and PE100 sequencing on the Illumina HiSeq. On top of this we can also offer different sequencing settings on the Illumina MiSeq and shortly we will also be able to offer sequencing on the Illumina NextSeq.

We can offer sequencing of already prepared libraries but we can also offer full-scope projects whereby we receive cells, tissue, gDNA or RNA and take care of the sample preparation, library prep, sequencing and bio-informatics analysis.

We have worked with samples from all kind of species (mammalian, plant, bacterial) and all kind of cell types.

We pride ourselves in having close contact with our customers and only one single contact point. Also after the delivery of the data, we remain available to answer any questions customers might have on their data, their analysis, etc.

HybridStat is a company bringing together a team of highly qualified and motivated scientists and developers, whose expertise spans a variety of statistics and computer science domains. Main HybridStat’s services are centered on bioinformatics, biostatistics and analytics of high-throughput data derived from modern biological technologies such as Next Generation Sequencing (NGS), DNA microarrays and Mass Spectrometry. In addition, HybridStat offers customized software solutions regarding the above.

Regarding NGS, HybridStat offers a variety of one-stop shop data analysis and analytics services, spanning from genome alignments and preprocessing of raw short read fragments, up to analytical and specialized reports and figures describing the results of various NGS protocols including RNA-Seq (quality control, differential expression and splicing analysis, biochemical pathway enrichments etc.), ChIP-Seq (data normalization and peak calling, gene-binding site associations, methylation profiles, motif finding etc.), Whole Exome and Whole Genome Sequencing (data preprocessing, variant calling, filtering, annotation and interpretation, etc.) and Single Cell Sequencing data analysis, using both open source and optimized proprietary pipelines.

HybridStat, can also offer complete support to your organization through its advanced Whole Exome Sequencing analytics platform Clingon (www.clingon-mds.com). Clingon is a complete, integrated one-stop clinical genomics and medical decision support platform which performs data analysis from raw data up to the generation of clinical reports. It uniquely integrates and curates a handful of resources regarding gene-disease and gene product-drug associations as well as curated variant annotation data towards more timely and accurate results and the optimal design of personalized treatment plans.

The Bioinformatics CRO is a scalable, globally distributed contract research organization and consultancy that provides high quality customized bioinformatics and genomics support to academics, biotechs, and pharmaceutical companies.

genexa is a genomic data analysis provider located in Switzerland. Our bioinformatics services are centered around de novo assembly of genomes and metagenomes. We focus on processing, analysis, and interpretation of your genomics data. For all our fields of expertise, we offer to perform the entire analysis workflow from raw data to documentation, but also consulting and troubleshooting if required. genexa also provides resources to run computationally demanding tasks for specific jobs if you have an existing analysis workflow, but lack the computational resources to run it on large amounts of data. For further information check: genexa.ch

We are TAXON, a data-driven bioinformatics team, specializing in high-confidence downstream analysis and client-ready delivery (not just raw outputs). What makes us unique is that we package sequencing data into actionable, decision-oriented results using reproducible pipelines, ML-ready datasets, and regulatory-grade reporting when needed.

What we specialize

Plasmid-focused analysis: assembly/curation support (incl. circularization checks), plasmid typing/replicons, mobility elements, gene-level annotation, and optional AMR/virulence marker screening when needed.

Microbial genomics & taxonomy: strain identification, ANI/phylogenomics, contamination/QC, comparative genomics, and traceability/fingerprinting.

Metagenomics: end-to-end processing and interpretation for complex communities, including soil metagenomes and waste / residue-derived samples (taxonomic + functional profiling, group comparisons, biomarkers, ML-ready tables).

Yeast & fungal genomics: assembly/QC, annotation, comparative analyses, and applied interpretation for R&D.

Biosynthetic potential (BGC mining): detection, annotation, prioritization, novelty assessment, and clear "what to test next" guidance.

Scientific & regulatory-ready writing: structured, audit-friendly documentation and reports when clients operate in regulated markets.

Custom ML & data science (on request): we develop and productionize ML models for biological/biotech use cases (bioinformatics, AgTech), including feature engineering from omics data, biomarker discovery, predictive modeling, and deployment-ready datasets/pipelines.

Organisms & systems we've worked with

Bacteria and plasmids, including deep expertise in the Bacillus subtilis group and Bacillus cereus group, with published work on taxonomy across related species.

Yeasts and fungi, including Komagataella phaffii, Pichia pastoris and Trichoderma.

Mixed microbial communities (microbiomes), especially from soil and natural environments.