MICROBIOME ANALYSIS
MICROBIAL COMMUNITY ANALYSIS
- Analysis of soils, sludge, water..... all types of environmental matrices
CHARACTERIZATION AND MONITORING OF BACTERIA, ARCHEBACTERIA, CYANOBACTERIA, FUNGI, MYCORRHIZAL FUNGI, YEASTS, MOULDS
- Production of a biodiversity index
- Ecological watch
- Health status
MEASUREMENT OF BACTERIAL AND FUNGAL BIOMASS
- Analysis of biomass : bacteria and fungi
- Bacterial/fungal target ratio
THE STRENGTHS OF ADNid
ADNid is the specialist of DNA traces extraction: rare and damaged DNA
- From complex matrices such as: soil, water, algae, sludge, faeces, finished products, etc. solid or liquid rich in polyphenols, polysaccharides, latex, humic acid..
- Specialist in trace and damaged DNA extraction
- Use of “in-house” protocols to optimize recovery of minor DNA populations
Diversified, tailor-made targets
- Bacteria targets : rDNA 16S
- Fungi targets : rDNA 18S, ITS1 and/or ITS2 - mycorrhizal targets and other conserved areas
- Development of customized targets
Bioinformatic data processing
- Alpha and beta diversity
- Rarefaction curves
- Graphical expression of results
- OTU table delivery (operational taxonomic unit)
- CUSTOMER SERVICE
ENVIRONMENTAL DNA
Environmental DNA (eDNA) is a cutting-edge technique, increasingly used in recent years. It consists mainly in the identification of species from the DNA they leave in their environment. This method is based on molecular biology techniques (PCR, sequencing, etc.). Although there are many limitations, eDNA is used in various fields from genomics to ecology, paleobiology and evolution.
- Diet analysis
- Estimating the biodiversity of an ecosystem
- Species detection
- Abundance estimate
A tool to spy on wildlife
