Solutions
- Molecular Breeding Solutions of Citrus
- Molecular Breeding Solutions of Rice
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- Breeding for Trait Improving Ornamental Flower
- Molecular Breeding Solutions of Corn
- Spores Breeding Solutions
- Molecular Breeding Solutions of Potato
- Breeding of Ornamental Flower
- Breeding of Cut Flowers
- Breeding of Carnations
- Breeding of Dianthus caryophyllus L.
- Breeding of Paeonia suffruticosa
- Breeding of Lilium
- Breeding of Chrysanthemums
- Breeding of Eustoma grandiflorum
- Breeding of Anthurium andraeanum
- Breeding of Rose
- Breeding of Paphiopedilum
- Breeding of Gerbera hybrida
- Breeding of Delphinium grandiflorum
- Breeding of Narcissus
- Breeding of Alstroemeria aurea Graham
- Breeding of Caladium Vent
- Breeding of Antirrhinum majus
- Breeding of Pot Plants
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- Breeding of Cyclamen
- Breeding of Pelargonium
- Breeding of Rhododendron
- Breeding of Oncidium
- Breeding of Cymbidium goeringii
- Breeding of Dendrobium officinale
- Breeding of Hippeastrum striatum
- Breeding of Japanese Gentians
- Breeding of Viola tricolor L.
- Breeding of Jasmine
- Breeding of Polianthes tuberosa L.
- Breeding of Schlumbergera truncata
- Breeding of Ornithogalum
- Breeding of Ruta graveolens L.
- Breeding of Onagraceae
- Breeding of Garden Plants
- Breeding of Camellia japonica
- Breeding of Nelumbo nucifera
- Breeding of Agapanthus africanus
- Breeding of Snapdragon
- Breeding of Bellflower
- Breeding of Bougainvillea
- Breeding of Brassica napus
- Breeding of Camellia nitidissima
- Breeding of Tagetes erecta
- Breeding of Chimonanthus praecox
- Breeding of Clematis florida
- Breeding of Lagerstroemia indica
- Breeding of Dahlia
- Breeding of Gladiolus hybridus L.
- Breeding of Helianthus annuus
- Breeding of Ipomoea nil
- Breeding of Kalanchoe
- Breeding of Lavandula
- Breeding of Phalaenopsis equestris
- Breeding of Tulipa gesneriana
- Breeding of Muscari aucheri
- Breeding of Lonicera japonica
- Breeding of Osmanthus delavayi
- Breeding of Paeonia
- Breeding of Prunus mume
- Breeding of Salvia splendens
- Breeding of Syringa oblata
- Breeding of Zantedeschia albomaculata
- Breeding of Petunia hybrida
- Breeding of Osteospermum
- Breeding of Euphorbia pulcherrima
- Breeding of Hemerocallis
- Breeding of Lycoris
- Breeding of Freesia
- Breeding of Hosta
- Breeding of Rhododendron simsii
- Breeding of Cut Flowers
- Molecular Breeding Solutions of Sorghum
- Molecular Breeding Solutions of Millet
- Molecular Breeding Solutions of Soybeans
- Molecular Breeding Solutions of Rape
- Molecular Breeding Solutions of Cotton
- Molecular Breeding Solutions of Barley
- Molecular Breeding Solutions of Sweet Potato
- Molecular Breeding Solutions of Pea
- Molecular Breeding Solutions of Flax
- Molecular Breeding Solutions of Alfalfa
- Molecular Breeding Solutions of Tomato
- Molecular Breeding Solutions of Sunflower
- Molecular Breeding Solutions of Peanut
- Molecular Breeding Solutions of Tobacco
- Molecular Breeding Solutions of Vegetables
- Molecular Breeding Solutions of Medicinal Plant
- Molecular Breeding Solutions of Flowers
Breeding for Flax with High Fiber Content and High Straw Strength
INQUIRYWhy Breed Flax with High Fiber Content and High Straw Strength?
The fiber type flax is mainly harvested fiber, and its fiber has the characteristics of high strength, soft color, good moisture absorption, strong air permeability, antistatic, antiseptic and antibacterial, etc. It has been found that flax fiber has antibacterial activity against Escherichia coli, Bacillus subtilis and yeast. Linen woven with linen fiber is static-free, dust-free, antibacterial, and environmentally friendly. Therefore, flax has high exploitation and utilization value in raw material processing industry and textile industry. In order to breed new flax varieties with high fiber content, high straw strength, high quality and suitable for planting in many areas, and to promote the development of raw material processing and textile industry, the utilization of biotechnology to improve the agronomic characters of flax has become the key to cultivate new flax plants.
Breeding Services for Flax with High Fiber Content and High Straw Strength
Breeding flax with high fiber and straw strength is one of the goals of flax breeding. The further development of biotechnology provides a new idea for the innovation of flax germplasm resources and promotes the research of flax breeding. Lifeasible provides several strategies to accelerate breeding process of flax with high fiber content and high straw strength.
- eQTL Analysis
We can provide an expression quantitative trait loci (eQTL) analysis platform to study the correlation between genetic mutation and gene expression by taking gene expression as a trait.
- Sequencing-based Breeding
Through DNA level sequencing, RNA level sequencing, single cell level sequencing, epigenetic level sequencing, proteomics and metabolomics analysis, to understand the genetic mechanism of high fiber and straw in flax.
Figure 1. Graph of QTL mapping results for the two populations. (Zhang J.; et al. 2018)
- Genetic Marker Assisted Breeding
We can use genetic markers related to breeding, including morphological markers, cellular markers, biochemical markers, and molecular markers, to trace any of the genetic characteristics that are transmitted in a chromosome, or a segment of a chromosome.
Advantages of High Fiber Content & High Straw Strength Flax Breeding Service
- Professional: Experienced technical team, standardized experimental platform, for your scientific research escort.
- High efficiency: Plant a variety of plants all year round, and carry out a variety of molecular biology experiments at any time.
- Comprehensive: Provide a variety of genetic markers related to breeding, and provide you with a one-stop experimental experience starting from vector construction to speed up the research process.
Process of High Fiber Content & High Straw Strength Flax Breeding Service
Lifeasible has advanced molecular biology technology and provides quality, comprehensive services to support high fiber content and high straw strength breeding of flax. If you need more service information, please contact us.
Reference
- Zhang, J.; et al. Consensus genetic linkage map construction and QTL mapping for plant height-related traits in linseed flax (Linum usitatissimum L.). BMC Plant Biology. 2018, 18:160
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