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Bioinformatic Analysis Serives
Genome assembly
Structural variant
Population genomics
Molecular marker development
Gene profiling
Web DB integration
Genomic WEB DB
Comparative genomic WEB DB
Integrated WEB DB for Breeding
WEB DB LIST
PHENOTYPING
Technology Introduction
Case Studies
GENOTYPING
XENOTYPE lnc.
LED Lights for Plant Growth
Our Garden, PODZPODZ
Products
Signal transduction metabolic pathway check kit (Pathway Check Kit)
R&D
Analysis Resources
Reference
Target gene DB
Case Studies
CSR
Webzine
Media Reports
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About Us
Find Us
Contact Us
Family Site
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Standard Technique of Cultivation
XENOTYPE
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Our Services
Our Services
Bioinformatic Analysis Serives
Genome assembly
Structural variant
Population genomics
Molecular marker development
Gene profiling
Web DB integration
Genomic WEB DB
Comparative genomic WEB DB
Integrated WEB DB for Breeding
WEB DB LIST
PHENOTYPING
Technology Introduction
Case Studies
GENOTYPING
XENOTYPE lnc.
LED Lights for Plant Growth
Our Garden, PODZPODZ
Products
Signal transduction metabolic pathway check kit (Pathway Check Kit)
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Bioinformatic Analysis Serives
Genome assembly
Genome assembly
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Genome de novo assembly
Genome annotation
Comparative analysis
Large genome annotation
Plant genome annotation analysis refers to predicting the structural information of genes in the plant genome through gene modeling and elucidating the functions of genes through functional annotation analysis. Gene modeling methods can be broadly categorized into two main approaches: ab initio and homology-based methods. Ab initio methods involve training gene models using mathematical algorithms through programs such as Augustus and Fgenesh, predicting the exon and intron regions,…
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Microbe genome annotation
Microbe genome annotation analysis refers to predicting the structural information of genes in the microbe genome through gene modeling and elucidating the functions of genes through functional annotation analysis. Gene modeling methods can be broadly categorized into two main approaches: ab initio and homology-based methods. Ab initio methods involve training gene models using mathematical algorithms through programs such as Augustus and Fgenesh, predicting the exon and intron regions,…
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Organelle genome annotation(Chloroplast, Mitochondria)
Using the complete genome sequence, annotation is conducted through similarity searches based on BLAST or BLAT. Gene regions are predicted and the functions of genes are elucidated through profiling of proteins, tRNAs, rRNAs, and other coding genes. Functional annotation is performed to determine the structure of gene regions and their functions. The results are provided in GenBank format files along with a visual Circular map for easy interpretation.
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Web browsers for manual curation
To enhance the completeness of the reference genome annotation process, we provide a web browser for manual curation. This browser facilitates the delineation of boundaries on the genome using results from various tools, including transcriptome de novo assembly and ab initio predictions. Additionally, the browser offers short-read mapping results from RNAseq and transcriptome translation outcomes for specific regions. Users can interactively select tools through the web browser interface.…
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