Ginger is one of the most important spice plants. Ginger is widely used in spices, cosmetics, and healthcare and has broad application prospects. However, the lack of information on the ginger genome has long limited research on the ginger genome, resulting in the slow development of ginger molecular breeding.

Lifeasible is a comprehensive plant research company. We aim to provide a complete spice research solution for many researchers. We provide effective technical support and theoretical guidance for high-quality ginger breeding by developing and optimizing our technical services.

We offer various solutions for high-quality ginger cultivation

As a major spice crop, ginger has great economic value. Breeding high-quality ginger is a valuable way to promote the development of the spice industry and increase the economic value of ginger. To promote the development of ginger breeding, we have provided effective solutions to the ginger systematic selection, mutagenesis breeding, and polyploid breeding, and played an essential role in achieving high-quality ginger breeding using genetic engineering technology and molecular marker-assisted technology has greatly helped ginger breeding research.

• Genetic engineering

We have opened new avenues for breeding ginger varieties using advanced genetic engineering technologies. Genetic engineering technology has been effectively utilized in ginger variety breeding to solve a series of ginger breeding problems. For example, we have used disease-resistant genes from other crops to breed disease-resistant varieties of ginger to solve the problem of ginger blight and stem rot in ginger production. We have played a significant role in creating highly disease-resistant ginger varieties.

• Molecular marker-assisted breeding

Molecular marker technology plays a crucial role in ginger breeding. We have used random amplified polymorphic DNA (RAPD) markers in ginger breeding to distinguish ginger varieties based on their origin, which can be useful for the identification and classification of ginger varieties. At the same time, we offer amplified fragment length polymorphism (AFLP) markers that can also reveal more polymorphisms in a single reaction, which can be utilized to discover the phylogenetic relationships of ginger, mainly corresponding to its morphological characteristics and reproduction patterns. In addition, we offer simple sequence repeat (SSR) marker technology services and have found available polymorphic microsatellite markers for ginger and turmeric in ginger species. Currently, our SSR marker technology is widely used for ginger breeding improvement.

Our service workflow

Advantages of our services

• Flexible and innovative. We provide customized experimental solutions according to customer project needs.
• Reliable quality. Advanced experimental platforms and an experienced technical team of experts ensure the most reliable data results for our customers.
• An excellent after-sales service. We provide personalized service to answer any questions after the project is completed.

Lifeasible is dedicated to spice research. We cooperate with many world-renowned companies and institutions to continuously promote technological innovation and service model optimization. If you are interested in us, please feel free to contact us.

*If your organization requires the signing of a confidentiality agreement, please contact us by email.

For research use only, not intended for any clinical use.

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