high oil yield peanut oil line in zambia
- Core Components: Motor
- Power Source: Electric
- Process: essential oil distillation equipment
- Voltage: 380V/50HZ/Triple phase
- Power: 24KW
- Dimension(L*W*H): depend on model
- Weight: 150 KG
- Warranty: 1 Year, 12 Months
- Name: peppermint oil extraction machine
- Application: suitable for lemongrass essential oil distillation
- Type: distillation, small scale cooking oil press machine
- purity of essential oil: very pure
- Usage: essential oil or hydrolat extraction
- Oil yield: different as per your raw material
- Material: SS304, SS316
- OEM: YES
- Capacity: 100L-300L
- Marketing Type: Hot Product 2019
Development of peanut varieties with high oil content by in vitro
For example, oil content of the offspring of the 8th regenerated plant ranged from was 53.2% (line 8-3-2-5) to 59.1% (line 8-2-4-1). Eight uniform, high-yielding lines (obtained from the seven original, regenerated mutant plants) with oil contents exceeding 55% were selected for yield tests.
Groundnut genotypes with oleic acid content ≥78% are referred to as high oleic genotypes and possess oil with longer shelf life (Deshmukh et al., 2020;Janila, Radhakrishnan et al., 2018). The
Molecular breeding to develop advanced lines with high oleic acid
The release of high-oleic and high-pod-yield peanut cultivars has huge market potential for the global food and oil industry. With a view to the economic and nutritional benefits, we transferred the high-oleic trait to the high-yielding popular cultivar NC-7 using biochemical analysis, high-throughput genotyping and agronomic traits.
High oil content genotypes with superior and stable agronomic performance and high oil content were identified and promoted to multilocation adaptive trials required for their release for cultivation and used as parents in breeding programs and development of mapping population to identify quantitative trait loci governing oil content. Peanut (Arachis hypogaea L.) genotypes with superior and
Development of peanut varieties with high oil content by in vitro
4.2. Development of peanut mutants with high oil. content by in vitro HYP directed screening. Peanut is an important oil seed crop, and the average oil. content of peanut varieties is about 50%
Oil yield had significant positive correlation with oil content (0.43 to 0.74) and kernel yield (0.96 to 1.00), although the correlations were highest with kernel yield. Moreover, pod yield has no negative association with oil content, indicating that both can be improved simultaneously to realize high oil yield per unit area.
Genotype × Environment Interactions for Oil Content in Peanut
The GGE biplot technique revealed that ICGV 05155 is a stable genotype for oil yield with an average oil yield of 1886 kg ha −1. ICGV 05155 recorded highest average pod yield of 4928 kg ha −1, kernel yield of 3420 kg ha −1, and oil content of 55.1%. ICGV 06049, ICGV 06041, ICGV 06420, and ICGV 03043 were other genotypes with stable oil yield.
Peanut (Arachis hypogaea L.) genotypes with superior and stable agronomic performance and high oil content were identified from testing of 160 advanced breeding lines over six seasons.
- Is a high oil content a target for peanut breeding?
- The oil content>55% is considered high (Jia 2010) in peanut varieties, anda high oil content is a major target of peanut breeding (Yu 2011). Such breeding is hampered, however, by the lack of germplasm resources with high oil content (Yu 2008).
- Does osmotic pressure affect peanut oil content?
- Peanut ( Arachis hypogaea L.) is an important oil crop globally and high oil content is one of the major targets in peanut breeding programs. Previous studies indicated that the osmotic pressure (OP) of the leaves of peanut plants subjected to drought stress wasnegatively correlated with kernel oil content.
- Which peanut varieties have the highest oil content?
- Among all peanut varieties currently planted worldwide,Yuhua 9 has the highest oil content. 5. Conclusion This study demonstrated that the combination of PYM as a mutagen and in vitro screening with HYP is a promising way to create new peanut mutant and obtain varieties with high oil content.
- Can peanut mutants with increased oil content be screened?
- The procedures used here thereforeseem to be useful for the screening and selection of peanut mutants with increased oil content. Among all 61 lines tested, 47 lines had oil contents>55% and nine lines had oil contents>59%. Based on the results for yield and oil content presented here, three lines were submitted for regional testing.
