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    Classification:

    SMART Bacterial Complete Genome


    Introduction


    SMART Bacterial Complete Genome refers to first assembling the genome using high-accuracy next-generation sequencing (NGS) data (Illumina or BGI platforms). During the assembly process, Nanopore long reads are used to bridge branch points and connect them into a complete genome map, followed by final error correction using NGS data. This strategy facilitates the rapid generation of high-quality bacterial complete genome maps, lowering the error rate to 0.001%.

    Applications


    Pathogenic Microorganisms

    Industrial Fields: Antibiotic production, yogurt fermentation, energy utilization, etc.

    Environmental Science

    Product Advantages


    Faster Turnaround: Complete all analytical work within one week after sequencing completion.

    More Cost-Effective: Achieve more research outcomes with lower funding input.

    Higher Accuracy: Accuracy is guaranteed by next-generation sequencing (NGS) data, with an error rate as low as 0.001%. This is one order of magnitude lower than the error rate of direct assembly using third-generation sequencing data followed by error correction.

    No Bias: Free from GC bias, enabling uniform coverage across the entire genome. It is the preferred choice for both high-GC and low-GC genomes.

    Workflow


    Sequencing

    Sequencing

    Platform:Short-read Sequencing:illumina or BGI、Long-read Sequencing:Nanopore

    Data QC

    Sequencing
    Extraction

    Extraction

    Sufficient DNA Sample

    Sample QC

    Extraction
    Sample Preparation

    Sample Preparation

    Qualified Pure Sample

    Library Preparation

    Library Preparation

    DNA Library Preparation

    Library QC

    Library Preparation
    Data QC

    Data QC

    Fast And Comprehensive Bioinformatics Analysis

    Click >>

    Library Preparation Flowchart


    aaa595f4-2f8d-4de5-8114-c4d7c0f3917e.png

    Nanopore Sequencing Experimental Workflow

    Analysis Flowchart


    SMART Bacterial Complete Genome.png

    Data Delivery Format


    FASTQ

    Comparison with Other Technologies


    Dimension

    SMART Bacterial Complete Genome Map

    Next-Generation Bacterial Genome

    Outcome

    High-quality complete genome (complete map)

    Scaffold map

    Assembly

    1 Contig, 0 Gaps, error rate 0.001%

    Multiple Contigs with Gaps, low error rate but incomplete

    Long Reads

    Next-generation short reads + ONT long reads

    Short reads only (200-500 bp)

    Coverage of Complex Regions

    Uniform coverage of high-GC/repetitive regions

    Large coverage bias in extreme regions

    Library Preparation

    No PCR required, single-molecule sequencing

    Relies on PCR amplification

    Structural Variation (SV) Detection

    Accurate identification of all types of SVs

    Difficult to detect large-fragment SVs

    Epigenetic Modification Detection

    Direct detection, no additional experiments required

    Additional experiments required

    Article Case


    1. Development of “environmentally friendly” super Escherichia coli strains that can completely biodegrade toluene

     

    71eb83c2-86a2-4326-8876-6fb3a77138e9.png

    Publication Date: January 15, 2025

    Journal & Impact Factor: Chemical Engineering Journal; 13.3

    DOI: 10.1016/j.cej.2025.159877

    Citation: Wang Y, Qian C, Deng Y-D, et al. Development of "environmentally friendly" super Escherichia coli strains that can completely biodegrade toluene. Chem Eng J. 2025; 506:159877.

     

    2.: Carbon dioxide enhances Akkermansia muciniphila fitness and anti-obesity efficacy in high-fat diet mice

     

    26af7842-ed79-44cf-a1b6-476a823d2ae2.png

    Publication Date: February 23, 2025

    Journal & Impact Factor: The ISME Journal; 10.8

    DOI: 10.1093/ismejo/wraf034

    Citation: Wang X, Yang Q, Shi C, Wang Y, Guo D, Wan X, Dong P, Zhang Q, Hu Y, Zhang R, Yang H, Chen W, Liu Z. Carbon dioxide enhances Akkermansia muciniphila fitness and anti-obesity efficacy in high-fat diet mice. ISME J. 2025 Jan 2;19(1):wraf034.

    Sample Submission Requirements


    Microbial Whole Genome Sequencing Specifications:

    DNA Sample Requirements

    锚点Library Type

    Sample Type

    Amount

    Volume

    Concentration

    Purity

    (NanoDropTM/Agarose Gel)

    Microbial whole genome library

    (Illumina/BGI)

    Genomic DNA

    ≥200 ng

    ≥20 μL

    ≥10 ng/μL

    OD260/280=1.8-2.0

    no degradation

    no contamination

    Nanopore PromethION DNA library

    High Molecular Weight Genomic DNA

     

    ≥2 μg

    ≥20 μL

    ≥100 ng/μL

    OD260/280=1.8-2.0

    OD260/230≥1.8

    NC/QC=0.95-1.2

    no degradation

    no contamination

    Other types of samples can be consulted with the application scientist


    Keyword:

    SMART Bacterial Complete Genome


    Contact Us

    If you are interested in our long-read sequencing services or potential collaboration, please contact us. Our team is ready to support your research with tailored solutions. We also welcome feedback from users to help us improve our services.

    Contact Us
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    Contact Us

    E-mail:service@sailgene.com

    WhatsApp:1-(617)-223-7544

    Tel:16172237544

    Email:service@sailgene.com

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