Bioinformatics is an emerging discipline at the intersection of molecular biology and the continuing development of computing, which aims to use mathematics, computer science, statistical techniques, and databases to analyze biological data on a large scale and explore the biological significance of these data. Bioinformatics is a powerful analytical tool to help scientists discover critical information from a large amount of sequence and structural information generated by molecular biology tools such as genome sequencing, transcriptome sequencing, protein sequencing, and metabolic analysis in plant biology.
Bioinformatics has always been a critical area of focus for Lifeasible, and we are committed to building a platform for plant bioinformatics analysis. Based on a comprehensive molecular sequencing platform and professional analysts, we offer a wide range of plant bioinformatics analysis projects for clients involved in plant biology research.
Our advanced gene sequencing platform and diverse data analysis tools enable us to uncover developmental networks based on comparative evolutionary genomics and reconstruct gene network relationships during species evolution.
We provide customizable plant functional gene network bioinformatics analysis services to help clients build holistic functional gene networks, facilitate relevant research at the molecular level in plants, and provide information and aids for plant genetic breeding.
Plant genetic classification is vital for conserving biodiversity, uncovering the multiple values of plants, and elucidating their phylogenetic relationships and species boundaries. We provide a satisfactory bioinformatics service for plant genetic classification based on chloroplast genomic and nuclear genetic information.
Transcriptome bioinformatics analysis helps to understand the genome's composition and function and explore the mechanisms of regulatory networks of life activities, etc. Our plant transcriptome bioinformatics analysis service can help clients to carry out plant genetic diversity analysis, bio-functional gene mining, etc.
Bioinformatics is playing an increasingly important role in plant metabolomics research. We can combine multi-analytical software and statistical methods to effectively analyze high throughput metabolic data to reveal the underlying genetic characteristics of plant metabolites.
The multi-omics analysis is a biology research trend. Our combined plant transcriptome and metabolome analyses can rapidly uncover differential genes and determine core regulatory networks, helping our clients to elucidate the biological mechanisms underlying plant stress, growth and development, and the regulation of active substances.
In recent years, the use of bioinformatics tools to study Cytochrome P450 in depth has become a hot topic of research. Our plant Cytochrome P450 bioinformatics services can help our clients to elucidate the protein properties, conserved structural domains, and metabolic mechanisms of Cytochrome P450 in plants.
Anthocyanidin synthase (ANS) is an essential enzyme in anthocyanin synthesis. Our service enables a systematic analysis of the basic properties, protein secondary structure, tertiary structure, and phylogeny of the ANS gene in target plants.
Basic and applied research on circRNAs will become a new hot area. We can combine advanced biotechnology and extensive data analysis methods to dig deeper into plant circRNAs and reveal the characteristics of plant circRNAs.
Variable splicing of pre-mRNA can regulate gene expression through post-transcriptional regulatory mechanisms and has become an essential area of research in life. Our analytical service can elucidate the mechanisms of gene expression and variable splicing regulation in different tissues and germination stages in the plant genome.
We provide our clients with highly accurate bioinformatics prediction and analysis services for plant microRNAs, helping them to predict and identify most microRNAs in plants.
We provide bioinformatics analysis of plant starch synthases to reveal the physicochemical properties, protein structure, and phylogenetic relationships of starch synthases from multiple dimensions.
GGPP is an essential precursor for compounds essential for plant growth and development. Bioinformatics analysis services for GGPPS can resolve the functional, structural domains and secondary structures of proteins to help achieve genetic improvement of medicinal plant varieties.
With the rapid development of plant genome sequencing technology, bioanalysis of PDR has become a hot topic. We provide customizable analysis solutions for our clients based on several databases, such as NCBI, to provide a basis for research on gene function, gene editing, and molecular breeding of PDR.
Plant transposable elements (TEs) in plants have important implications for genome composition, evolution, transmission, and gene expression. Our TEs identification and analysis services help to resolve the sequences of TEs contained in plant genomes.
Bioinformatics analysis of plant metagenomes can reveal information about the microbiome in plants, help clients explore species composition and functional genes in plants, and help identify pathogens.
Based on our state-of-the-art laboratory equipment and high-end analytical tools, we can provide analytical services for gene families that play a role in plant growth and development, biosynthesis, disease and stress resistance, and environmental adaptation.
Visualizing plant biology research data allows deeper mining of charts and graphs for more detailed information to accelerate research in comparative genomics, biosystematics, phylogenetics, genetics, and many other fields.
Models of hormonal regulation of plant growth and development focus on single organs or parts of organs. Lifeasible is creating new models that build digital versions of real plants by modeling combinations of genetic networks, physiological processes, and spatial interactions between components.
Lifeasible is dedicated to protecting plants and provides customized protection services for medicinal plants. We have extensive experience in environmental testing, plant protection, breeding, metabolite research, and computer modeling. We can help achieve customized protection of medicinal plants. Please contact us to serve you.
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