About Us
Why Our Services
Why Our Services
Why Our Services
In an era of advancing individualized medicine, more patients are benefiting from this break through bio technology. Phoenix Bio Consulting specializes in high throughput data analysis.
What We Help
Why Our Services
Why Our Services
We specialize in analyzing a variety of sequencing data, integrating different sequencing platforms across many species. (human, mouse, bacteria, etc)
and providing a broad range of secondary and tertiary data analysis.
We also help with new bioinformatics method and data analysis pipeline development, study design, consolidate your rese
We specialize in analyzing a variety of sequencing data, integrating different sequencing platforms across many species. (human, mouse, bacteria, etc)
and providing a broad range of secondary and tertiary data analysis.
We also help with new bioinformatics method and data analysis pipeline development, study design, consolidate your research ideas. write methods and review manuscript for publication.
How to Start
Why Our Services
How to Start
To learn more about services, please email us with a description of your needs. We then can set up a meeting to discuss more In depth. Should you choose to use our services, we will produce a proposal listing service procedures and cost. Services will start upon approval.
Our Main Services
DNAseq (Whole Genome/Exome) data analysis
- Germline and somatic SNV/CNV calling.
- Microsatellite instability (MSI) analysis.
- Mutant-allele tumor heterogeneity (MATH) to analyze cancer cell heterogeneity
- Detection of cancer driver genes.
- Cancer Mutation landscape, feature analysis.
- Genome Wide Associate Study (GWAS)
RNAseq data analysis
- Gene expression profiling.
- Novel lncRNA detection and expression profiling.
- Differential Expression analysis.
- Pathway analysis.
- Mutation callings.
- Deconvolution of cell types (CIBERsort).
- Gene co-expression network analysis.
Other Services
- 16S rRNA gene amplicon sequencing data processing and analysis.
- viral genome assembly, de-construction, quasispecies analysis.
- human multi-omics analysis
- predictive modeling for prognosis