nCOV-19 Genome Analyzer

Mutation and Phylogenetic Analyzes

Coronavirus Whole Genome Analysis

Co-Infection Detection

Bacterial Metagenomics

Analyzes

Metagenomics

Bacterial

Fungal

Archeal

Whole Genome Sequencing Analyzes

Archeal

Fungal

Bacterial

Amplicon Sequencing

Comperative

Whole

Genome

Analyzes

Hybrid

Sequencing

Long Reads

RNA-Seq

Total RNA Sequencing Analyzes

Shotgun Sequencing Analyzes

Amplicon Sequencing Analyzes

Project Specific Analyzes and Methodology

Services

MICROBIOTA ANALYSIS

SAMPLE REPORT

CORONAVIRUS (COVID19) GENOME ANALYSIS

SAMPLE REPORT

COVID19 Genome Analysis

  • Phylogeny and Transmission Analysis
  • Whole Genome Construction from Metagenomic Data
  • More Accurate Results with Long Reads
  • Arctic Protol Based Analysis

SSu – LSu Metagenomics

  • More Accurate Results with Long Reading

  • Bacteria, Archaea, Eukaryotes and Fungi

  • 16S rRNA, ITS, 18S rRNA Genes

  • Comperative Analyses

Whole Genome Sequencing

  • More Accurate Results with Long Reading

  • Bacteria, Archaea, Fungi and Viral Genome Analysis

  • Variations between Strains by Comparative Analysis

  • Project Based Analysis and Methodology

Shotgun Metagenomics

  • More Accurate Results with Long Reads

  • All Genes Found in the Environment

  • Viral Metagenomics

  • Whole Genome Construction from Metagenomic Data

RNA Sequencing

  • Direct RNA Sequencing

  • Analysis of Total RNA Profiles

  • Hypothesis Tests With Comparative Analyses

  • Project Based Analysis and Methodology

Amplicon Sequencing

  • Whole Amplicon Sequence With Long Read Technology

  • Primer Design For Desired Regions

  • Multiple Region Analysis in a Single Run

  • Project Based Analysis and Methodology

Introduction Video