Lab Services
Laboratories provide expert bacterial identification and fungi identification. Labs use state of the art gene sequencing advanced technologies to complete bacterial identification and create reliable reports. Microbial identification services make use of DNA sequencing to identify the microbial organism. Genetic analysis of the ribosomal RNA is validated in the labs. Lab services also maintain and update the correct species and genus for developing robust products.
Bacterial and Fungal (yeast and mold) Identification
Definitive and accurate microorganism identification, including pathogen detection and bacterial identification, is very essential for accurate disease diagnosis, trace back of disease outbreak and treatment of an infection that is associated with microbial infection. Bacterial identification is used in different applications including microbial forensics, bio-terrorism threats environmental studies and criminal investigation. By the use of DNA-based essay, you can detect bacterial strains from a few cultured bacteria cells or clinical samples.
Sterility Tests
Sterility is defined as the freedom from any presence of the viable microorganism. However, the conditions that ensure absolute sterility are very harsh for active ingredients hence the definition of sterility used for medicinal products has to be in functional terms. Sterility testing for bacterial identification, therefore, uses the method with a huge sensitivity that involves incubation of samples. This promotes growth across a wide range of microorganism that allows replication to be detected visually.
Microbial Identification
Microbial identification is very important because bacteria and fungi can contaminate raw materials, branded products, and production facilities. Majority of Pharmacopeia guidelines recommend genotypic microbial bacterial identification and fungi at the species level. The comparative gene sequence analysis of ribosomal DNA has the most accuracy bacterial identification.
Sequencing
Sequencing is the process that is used to determine the order of nucleotide bases by using a stretch of DNA. The various method of sequencing includes, RNA sequencing, DNA sequencing, and Epigenetic sequencing.