As a company specialized in agricultural science research services, Lifeasible provides comprehensive services related to plant fungi through customized protocols. Recently, the company released fungal genomics analysis service, helping researchers worldwide explore the uncharted territory of plant fungal research.
Fungi are smaller organisms that include a large and diverse species. Fungi are abundant in soil, air, and living things inside and outside, and they are closely related to human production and life. Some fungi, like mushrooms, are used as food and medicine right away or play a crucial part in the production of antibiotics, food processing, and fermentation. Some fungi can infect plants cause disease. As a result, it is crucial to use beneficial fungi wisely and to prevent and control the growth of harmful fungi.
In comparison to other eukaryotes, the fungal genome is relatively simple, making it easier to sequence, annotate, and modify genes. A deeper understanding of the physiological traits, morphological variations, evolutionary diversity, and metabolic diversity of fungi in various habitats can be achieved by studying fungal genomics.
Lifeasible has a skilled research team, cutting-edge equipment, and a wealth of experience in multi-omics research. It now provides high-throughput genome analysis services based on gene sequencing for fungi that are biotrophic, hemibiotrophic, and necrotrophic.
Lifeasible can offer fungal genome de novo sequencing and fungal genome resequencing techniques to learn about the complete genome sequence of fungi.
Fungal Phylogenetic Analysis
Based on the sequences of the small ribosomal subunit, large ribosomal subunit, internally transcribed spacer, and protein-coding genes, Lifeasible can provide a fungal phylogenetic analysis.
Fungal Community Structure Analysis
Analyze the diversity and structure of fungal communities at the kingdom, phylum, class, order, family, and genus levels.
Comparative Genomic Analysis of Fungal
Compare fungal group DNA sequences and elucidate fungal genome diversity by performing family clustering analysis of fungal genes, species divergence time estimation analysis, and gene family contraction and expansion analysis.
Pan-genome Analysis of Fungal
Create a fungal pangenome and annotate the sequence to analyze the structural variation and functional gene localization of fungal pangenomes.
Utilize techniques such as microsatellite polymorphism sequencing and ribosomal DNA to analyze the fungal genotypes.
“By incorporating the findings of multi-omics analysis, we can help our customers better understand the pathogenesis of plant and crop fungal diseases and find the ideal solution to problems in the field of fungi.” Said Isla, one of the representative speakers from Lifeasible.
To know more detailed information about the fungal genomics analysis service provided by Lifeasible, please visit https://www.lifeasible.com/fungal-genomics-analysis/.