Molecular breeding of a high oleic acid soybean line by
- Production capacity: 1-100T/DAY
- Voltage: 0
- Dimension (L*W*H): 39*9*30mm
- Weight: 3.5KG
- Main components: Gear
- Oil name: mini manual olive/coconut oil mill/oil press
- Material: stainless steel
- Application: mini manual olive/coconut oil mill/oil press
- Capacity: 1~2kg/hour
- Function: Manufacturing of edible oil
- Advantage: Energy savings
Soybean is an important crop used for oil production. Alterations of the fatty acids, especially increased oleic acid content, can improve the nutritional quality and oxidative stability of soybean oil. During seed development, two genes, encoding FAD2-1A and FAD2-1B, are mainly responsible for the transformation from oleic acid to linoleic acid, and the combination of fad2-1a and fad2-1b is ...
Prospects for the Development of Soybean Production in Russia
- Production capacity:210kw
- Voltage:380v
- Dimension (length*width*height):8*2*4m
- Weight : 6000 KG, 6T
- Main components: Pressure vessel
- Oil type: Flax seed oil, Rap seed oil, Tea seed oil, Basil oil , SESAME OIL, Pine nut oil, Sunflower nut oil, Oil
- Name: soybean oil refining machine
- >Power:2.2kw
- Packaging:Standard packaging
- Keywords:efficient oil refining equipment
- Engine:7HP Engine
- Certification:ISO
- Range Application: cooking oil
Soybean processing for oil and meal on a large scale is concentrated mainly in China, Argentina, Brazil, and the USA. That is, these countries are the leading soybean exporters and producers. Global demand for vegetable protein increases by an average of 107% annually. Global soybean production has increased by 400% in the last 30 years.
A Genome-Wide Association Study of Protein, Oil, and Amino
- Production capacity: 10T-5000TPD
- Model number: LD FIRST
- Voltage: 220V/380V/440V
- Power (W ): 10kw-50kw
- Dimension (L*W*H): 2500mm*2000mm*3000mm
- Weight: 2T-20T
- Certification: ISO,CE , BV,TR-CU
- Name: Cooking oil making machine
- Materials: Carbon steel Q235 and SS304
- Water consumption: ≤ 0.3 t/t Sunflower
- Energy consumption: ≤ 12kwh/t Sunflower
- Operating people: 2-3
- Circulating water Cooling water performance: 150 M3/H
- Type of supplier: Manufacturer
- Type of supplier: Manufacturer
- Finished product: Grade 1 cooking oil
In addition, Fliege et al. (2022) recently conducted fine-mapping and the RNAi transformation of the protein content using a backcross population with the high-protein wild soybean line PI 468916 as the donor parent and A81-356022 as the recurrent parent in the initial stages of a large-scale QTL analysis for soy protein and oil content .
Identification and characterization of transcript
- Model NO.: ML20-778
- Customized: Not customized
- Raw material for pressing: seed cooking, sunflower cooking
- Capacity: 80-500 kg/H
- Transportation package: PAC
- Specification: 4.9 cbm
- Production capacity: 300/month
The oil composition in some examined lines dramatically differed from that of conventional commodity soybean lines. For example, N0304-303-3 had the lowest palmitic acid content with 4.3%. FAM94-41 contained 7.3% of stearic acid, which was significantly higher than that in commodity soybean lines.
Soybean domestication: the origin, genetic architecture
- Voltage: 110V,280V,380V,440V
- Power (W): according to capacity
- Dimension (L*W*H): 1610x615x1260mm
- Weight: 1050 KG
- texture: carbon steel and stainless steel
- labor: 1 person per shift
- motors: special for equipment for make cooking oil
- package: special wooden boxes for cooking oil making equipment
- land area: according to capacity
- color: according to customer
- materials: peanuts, soybeans, all edible seed material
- final products: edible oil, oil cakes for animal feed
- filter: with vacuum filters
A number of clustered selection hotspots were identified in the soybean genome, containing a large number of candidate genes that may have experienced artificial selection (Lam et al., 2010; Li et al., 2013; Zhao et al., 2015). Approximately 4.4% of the total annotated genes are targeted by artificial selection based on F st (Li et al., 2013).
- Does Russia produce soy?
- Russian production of soybeans provides only 50% of the necessary raw materials to the processing plants in the country. The production of soy concentrates, dietary supplements, soy flour, soy isolates, food composites, and other processed products is underdeveloped in Russia. Russia is currently a net importer of soybeans.
- How many hectares of soybeans can Russia produce?
- With the state approach to soybean cultivation in Russia, it is possible to carry out production on 4.5 million hectares due to additional areas in the regions. This will provide the necessary volumes of high-protein soy raw materials, food products, and feed additives to the population and livestock.
- How much soybean oil is shipped in Russia?
- Russia shipped 384 thousand tons of soybean oil worth $282 million for $734.375 per ton (282 mln. USD/384 thousand tons) [ 5 ]. Based on economic feasibility, it is necessary to develop domestic processing in Russia actively. The situation in this direction is not clear-cut by Federal Districts.
- Does Russia have a balance between production and consumption of soybeans?
- Similar to Europe, Russia has a negative “balance” between the volume of own production and consumption of soybeans. More than 2 million tons of soybeans are supplied to Russia from Brazil, Argentina, and other countries every year.