The study of microbial genomes enables us to better understand the biology of bacteria, fungi, viruses, and their interaction with the environment. Microbial genomics involves the high-throughput sequencing process and comprehensive bioinformatics analysis that determine microbial species, community structure, and biological function. It ensures a safe and supervised drug production process and enables researchers to understand the interaction between the microorganisms and the environment, hence grasping the pathogenic mechanism and probably developing new vaccines and drugs for human diseases.Request a Quote
We provide the next-generation sequencing technology, third-generation sequencing, gene chip analysis, SNP genotyping, and real-time qPCR technologies to determinate which microorganisms are present in the sample and their quantity, and study the diversity of microorganism and the relationship between the human microbiome and human health. Additionally, we also help you conduct routine monitoring for control of manufacturing processes. Our microbial genomics services are dedicated to supporting a drug's journey from discovery to market.
Note: Our services are for research use only, not for disease diagnosis and treatment.
We have detected a variety of human microbiome samples and environmental monitoring samples in pharmaceutical facility.
Bacteria, fungi, viruses, etc.
The next-generation sequencing, third-generation sequencing, gene chip analysis, SNP genotyping, real-time qPCR, etc.
We are equipped with Illumina Hiseq/Miseq, Ion PGM, PacBio SMRT systems, Nanopore systems, PCR-DGGE (PCR-denaturing gradient gel electrophoresis), real-time qPCR, Clone library, and other detection platforms.
DNA sample: total DNA ≥ 300 ng, concentration ≥ 10 ng/μL, OD260/280=1.8-2.0
Make sure the DNA is not degraded and do not freeze and thaw the DNA repeatedly.
Please prepare enough ice pack or dry ice to ensure low temperature during transportation.
We provide a broad range of oral and fecal sample collection kits for microbial recovery and analysis.
Figure 1. High-throughput sequencing analysis process
Figure 2. PCR-DGGE analysis process
|Basic Analysis||Routine Analysis (According to Customer Requirements)||Advanced Data Analysis|
|Sequence Filtering and Trimming||Heatmap||Phylogenetic Tree|
|Sequence Length Distribution||VENN||LDA-Effect Size (LEfSe)|
|OTU Clustering and Species Annotation||Principal Components Analysis (PCA)||Network Analysis|
|Diversity Index||Microbial Community Structure Analysis||Correlation Analysis|
|Shannon-Wiener Curve||α Diversity Index Analysis|
|Rank-Abundance Curve||Matastats Analysis|
|Rarefraction Curve||Weighted Unifrac test|
|Multiple Contrast||CCA/RDA Analysis|
|Principal Components Analysis (PCA)|