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Polyploid Plant Genome De Novo Assembly and Annotation Illumina

Original price was: $21,250.Current price is: $14,000.

-34%

The Polyploid Plant Genome De Novo Assembly and Annotation Illumina test provides comprehensive genomic analysis for complex polyploid plant species. This advanced sequencing service reconstructs complete genome sequences from scratch using Illumina technology, enabling detailed genetic mapping and functional annotation. The test is essential for plant breeders, agricultural researchers, and biotech companies working with polyploid crops like wheat, cotton, or strawberries. At $14,000 USD, this service delivers high-quality genome assemblies with accurate gene predictions and functional annotations. Our expert team provides detailed analysis of gene families, regulatory elements, and evolutionary patterns specific to polyploid genomes. The turnaround time is 8 weeks, using extracted DNA samples for precise results. This testing helps advance crop improvement, understand plant evolution, and develop sustainable agricultural solutions.

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Polyploid Plant Genome De Novo Assembly and Annotation Illumina

Comprehensive Plant Genome Analysis for Advanced Research

The Polyploid Plant Genome De Novo Assembly and Annotation Illumina test represents a cutting-edge genomic service designed specifically for complex polyploid plant species. This comprehensive analysis provides researchers, agricultural scientists, and biotech companies with complete genome reconstruction and functional annotation using state-of-the-art Illumina sequencing technology.

What is Polyploid Plant Genome De Novo Assembly?

De novo genome assembly involves reconstructing an organism’s complete DNA sequence from fragmented sequencing reads without relying on a reference genome. For polyploid plants – species with multiple sets of chromosomes – this process is particularly challenging due to the presence of highly similar subgenomes. Our specialized approach overcomes these complexities to deliver accurate, high-quality genome assemblies that capture the unique genetic architecture of polyploid species.

What This Test Measures and Detects

This comprehensive genomic service provides detailed insights into:

  • Complete Genome Reconstruction: Assembly of the entire polyploid genome from sequencing reads
  • Gene Prediction and Annotation: Identification and functional characterization of protein-coding genes
  • Subgenome Differentiation: Analysis of genetic differences between homologous chromosomes
  • Repetitive Element Analysis: Characterization of transposable elements and other repetitive sequences
  • Regulatory Element Identification: Discovery of promoters, enhancers, and other regulatory regions
  • Evolutionary Insights: Analysis of genome duplication events and evolutionary history

Who Should Consider This Test

This advanced genomic service is essential for:

  • Plant Breeders and Geneticists: Working with polyploid crops like wheat, cotton, canola, or strawberries
  • Agricultural Research Institutions: Developing improved crop varieties with enhanced traits
  • Biotechnology Companies: Engineering polyploid plants for specific applications
  • Conservation Biologists: Studying endangered polyploid plant species
  • Academic Researchers: Investigating plant evolution and genome dynamics
  • Crop Improvement Programs: Seeking to understand genetic basis of important agricultural traits

Key Benefits of Polyploid Genome Analysis

Advanced Research Capabilities

Our polyploid genome assembly service provides researchers with unprecedented insights into complex plant genomes. The detailed annotation enables identification of genes responsible for important traits such as disease resistance, stress tolerance, and yield improvement.

Agricultural Innovation

Understanding polyploid genome structure accelerates crop improvement programs by revealing genetic mechanisms underlying desirable characteristics. This knowledge supports the development of sustainable agricultural practices and climate-resilient crops.

Evolutionary Insights

The analysis provides valuable information about genome evolution, including recent and ancient polyploidization events, subgenome dominance, and gene family expansion – crucial for understanding plant diversity and adaptation.

Understanding Your Results

Our comprehensive analysis delivers detailed genomic information including:

  • Assembly Statistics: Metrics assessing genome completeness and quality
  • Gene Models: Predicted protein-coding genes with functional annotations
  • Comparative Analysis: Insights into subgenome relationships and evolution
  • Functional Categories: Gene ontology terms and pathway assignments
  • Technical Documentation: Complete methodology and quality control reports

Our expert geneticists provide consultation to help interpret results and guide further research directions based on the genomic findings.

Test Pricing Information

Service Description Price (USD)
Polyploid Plant Genome De Novo Assembly and Annotation Illumina – Discount Price $14,000
Polyploid Plant Genome De Novo Assembly and Annotation Illumina – Regular Price $21,250

Nationwide Service Availability

We have branches across the United States, serving researchers in all major cities including New York, Los Angeles, Chicago, Houston, Phoenix, Philadelphia, San Antonio, San Diego, Dallas, San Jose, Austin, Jacksonville, Fort Worth, Columbus, Charlotte, San Francisco, Indianapolis, Seattle, Denver, Washington DC, Boston, El Paso, Nashville, Detroit, Oklahoma City, Portland, Las Vegas, Memphis, Louisville, Baltimore, and Milwaukee.

Book Your Plant Genome Analysis Today

Take the next step in your plant genomics research with our comprehensive polyploid genome assembly service. Our team of expert geneticists and bioinformaticians is ready to support your research goals with cutting-edge genomic analysis.

Call or WhatsApp us today at +1(267) 388-9828 to schedule your consultation and begin the genome assembly process. Our dedicated support team will guide you through sample submission, answer your technical questions, and ensure you receive the highest quality genomic data for your research needs.

With an 8-week turnaround time and using extracted DNA samples, our service provides timely, reliable results to advance your plant genomics research and agricultural innovation projects.