2025'in 1 numaralı belgesi ilk olarak "yeni kaliteli tarımsal verimlilik"ten bahsetti

The document proposed to promote the coordinated research of agricultural science and technology forces.

Use scientific and technological innovation to lead the gathering of advanced production factors and develop new quality agricultural productivity according to local conditions. Aim to accelerate the breakthrough of key core technologies, strengthen the coordination of agricultural scientific research resources, and cultivate leading agricultural science and technology enterprises.

In-depth implementation of the seed industry revitalization action, give play to the role of major agricultural scientific research platforms such as "Southern Silicon Valley", and accelerate the conquest of a number of breakthrough varieties. Continue to promote the industrialization of biological breeding.

Promote the high-quality development of agricultural machinery and equipment, accelerate the research and development and application of domestic advanced and applicable agricultural machinery and equipment, and promote the scrapping and updating of old agricultural machinery. Support the development of smart agriculture and expand the application scenarios of artificial intelligence, data, low-altitude and other technologies.

For many years, HEBEI BEIBU MACHINERY TECHNOLOGY CO.,LTD has been engaged in the design and development, production and processing, and sales and service of grain and seed cleaning machines. To a certain extent, it can help breeding companies promote the research and development of new products. At the same time, it makes a significant contribution to ensuring food safety.

The production process of a breeding company usually includes the following key steps:

1. Goal setting

Market demand analysis: Determine breeding goals such as yield, disease resistance, quality, etc. according to market demand.

Breeding goal setting: Clarify specific breeding directions, such as increasing yield, improving stress resistance or improving quality.

2. Germplasm resource collection and evaluation

Germplasm resource collection: Collect germplasm resources with excellent traits from all over the world.

Germplasm resource evaluation: Evaluate the traits of the collected resources and screen out materials that meet the breeding goals.

3. Parent selection and hybridization

Parent selection: Select parents with complementary traits for hybridization.

Hybridization: Hybridize parents by artificial or natural means to obtain hybrid offspring.

4. Offspring screening and evaluation

Early screening: Screen individuals with target traits in early generations.

Field trials: Conduct field trials in different environments to evaluate their performance.

Laboratory analysis: Use molecular markers and other technologies to assist in screening excellent individuals.

5. Variety stability test

Multi-point test: Conduct multi-point tests in different regions to evaluate the adaptability and stability of the variety.

Multi-year test: Conduct multi-year tests to ensure the stability of the trait.

6. Variety approval and registration

Variety approval: Pass the national or regional variety approval procedure.

Variety registration: After completing the approval, register the variety and obtain market access qualifications.

7. Seed production and processing

Original seed production: Produce high-purity original seeds.

Seed processing: Clean, grade, coat the seeds and other treatments to ensure quality.

8. Marketing and sales

Marketing: Promote new varieties through demonstration fields, technical training and other methods.

Sales: Sell to farmers through dealers or directly.

9. After-sales service and feedback

Technical guidance: Provide planting technical guidance to farmers.

Feedback collection: Collect farmer feedback and improve breeding strategies.

10. Continuous improvement

Breeding plan adjustment: Adjust the breeding plan according to market feedback and scientific and technological progress.

New technology application: Introduce new technologies, such as gene editing, to improve breeding efficiency.

Key technologies and tools

Marker-assisted selection (MAS): Accelerate the screening of excellent traits.

Genomic selection (GS): Improve selection accuracy.

Gene editing technology: Such as CRISPRCas9, accurately improve target traits.

Big data and artificial intelligence: Optimize breeding decisions.

Summary

The production process of breeding companies is a complex and systematic process involving the comprehensive application of multiple links and technologies, aiming to cultivate high-quality varieties that meet market demand.

In the seventh step above, our machines are needed. Manual selection alone cannot complete such a large amount of work. So these companies need to buy a complete set of seed processing production lines. These include air screen cleaner, destoner, magnetic separator, gravity separator, seed coating machine and packaging machine, etc. These machines have different names and different functions. Each machine can remove one or more impurities from seeds. Through their combination, you can get a complete set of seed cleaning production lines.

Under the current circumstances, the country encourages the development of breeding companies, and at the same time it can also drive our products to achieve more sales. If you have more questions, please contact us. haman@hebeibu.com