scispace - formally typeset
Search or ask a question

What are the best oils to cook? 


Best insight from top research papers

The best oils for cooking are those with high stability and low susceptibility to oxidation. Extra virgin olive oil is recommended due to its high antioxidant content, making it a healthy choice for cooking. Coconut oil, with its high saturated fat content, is also a good option for high-temperature cooking. Avocado oil, containing primarily monounsaturated fats, is suitable for medium cooking. Conversely, oils like walnut oil, with high polyunsaturated fat content, are best used for salad dressings due to their susceptibility to oxidation. Additionally, oils like sunflower oil, palm oil, and corn oil have high omega-6 to omega-3 ratios, causing inflammation in the body. It is advised to avoid highly processed vegetable oils due to their potential to generate free radicals and neutralize antioxidants, which may lead to health issues.

Answers from top 5 papers

More filters
Papers (5)Insight
Patent
Huang Fenghong, Li Wenlin, Zhou Lixin 
08 Aug 2001
10 Citations
The best oils for cooking are low-sinapic acid rape oil, safflower oil, linseed oil, perilla seed oil, Weikongcao oil, evening primrose oil, peanut oil, and sesame oil due to their balanced nutrients.
Sunflower oil is commonly used in India, but traditional oils like Groundnut and Gingelly are less used. Sunflower oil users showed higher BMI and ALT levels compared to traditional oil users.
The best oils for cooking are extra virgin olive oil, avocado oil for medium cooking, and non-virgin coconut oil or ghee for higher temperature cooking due to their stability and health benefits.
Olive oil, peanut oil, soybean oil, tea oil, and sesame oil are beneficial for cooking due to their nutritional profiles rich in unsaturated fatty acids, vitamins, and phytochemicals.
Coconut and palm oil are beneficial for cooking as they regulate blood plasma cholesterol levels by impacting HDL and LDL, making them good choices for cooking oils.

Related Questions

What are some common low oil cooking methods used in healthy cooking?5 answersCommon low oil cooking methods used in healthy cooking include techniques such as infrared preheating before oil-frying to reduce oil content in fried dough twists, cooking in oxygen-free gas at higher temperatures and elevated pressure for making low or zero fat potato chips, and utilizing far infrared drying and shaping after draining oil to create healthy instant noodles with low oil content. Additionally, the use of pulses to produce emulsions with low lipid content and high viscosity without the need for added emulsifiers and stabilizers is another method for creating low-fat food products. These methods aim to reduce oil content, enhance nutritional value, and maintain taste and texture in various low oil cooking applications.
What are the most popular essential oils for melted cheese?5 answersAmong essential oils (EOs) studied for their antimicrobial properties in cheese, some popular choices include lemon balm, sage, shallot, anise, clove, cinnamon, thyme, and olive leaf extracts. These EOs have shown inhibitory effects against various pathogens commonly found in cheese, such as Escherichia coli, spoilage moulds like Penicillium and Aspergillus species, and pathogenic bacteria strains. Specifically, EOs like clove, cinnamon, and anthocyanin-based films have been integrated into packaging systems to extend the shelf-life of cheeses like 'Gouda'. Moreover, studies have highlighted the effectiveness of EOs like Syzygium aromaticum, Pimenta racemosa, Ocimum gratissimum, and Cymbopogon citratus in inhibiting moulds in cheese, with S. aromaticum showing the highest antifungal activity. These findings collectively suggest a range of essential oils with promising antimicrobial properties for enhancing the safety and shelf-life of melted cheese.
What are the different types of edible oils based on fatty acid comosition?5 answersVarious types of edible oils can be distinguished based on their fatty acid compositions. For instance, rice bran oil (RBO) stands out with a unique fatty acid profile, characterized by high levels of behenic acid (C22:0). On the other hand, palm oil is rich in palmitic acid, stearic acid, oleic acid, and linoleic acid, with a notable presence of decanoic acid (C10:0). In contrast, soybean oil is abundant in palmitic acid, stearic acid, oleic acid, linoleic acid, and linolenic acid, with a higher proportion of C18:3 compared to RBO. Additionally, sunflower oil, safflower oil, and linseed oil are highlighted for their high content of long-chain mono and polyunsaturated fatty acids, such as oleic acid (C18:1), linoleic acid (C18:2), and linolenic acid (C18:3), contributing to their nutritional value.
What are the different types of oil?4 answersThere are different types of oil, including base oil, lubricating oil, and crude oil. Base oil is a main component of engine oil and can be classified into mineral oil and synthetic oil. Lubricating oils are essential in vehicles motors and can be categorized as mineral, semisynthetic, and synthetic. Crude oil, on the other hand, can be classified based on its stratigraphic interrelationships and provenance, with genetic groups identified based on stable carbon isotopic composition and biomarker characteristics. The classification of crude oil can also be based on its technological, chemical, and geochemical (genetic) properties, with indicators such as hydrocarbon composition, fractional composition, asphaltic-resinous components, sulfur content, and metal content used to differentiate between different chemical types.
What are the most common types of vegetable oils?5 answersThe most common types of vegetable oils are palm oil and soybean oil. Other types of vegetable oils include rapeseed oil, sunflower oil, peanut oil, cottonseed oil, palm kernel oil, coconut oil, red palm oil, groundnut oil, sesame oil, and olive oil. These oils are derived from seeds or fruits of different plants and have different compositions in terms of fatty acids and other components. Vegetable oils are rich in essential nutrients such as vitamins and antioxidant compounds. They are widely used in food products and have important roles in the body's metabolic processes and the absorption of fat-soluble nutrients. The analysis of fatty acids in vegetable oils can be used for forensic casework.
What are the best ceramic nonstick pans?7 answers

See what other people are reading

What are the potential health benefits associated with incorporating jackfruit flour into a regular diet?
5 answers
Incorporating jackfruit flour into a regular diet offers various health benefits. Jackfruit is rich in essential nutrients like dietary fiber, B-complex vitamins, and bioactive components. Studies show that jackfruit seed flour can help regulate blood sugar levels, promote gut health, and aid in weight loss. Furthermore, the addition of jackfruit seed flour to pasta enhances its functional properties, resulting in a protein-rich and high-quality product. Additionally, research indicates that green jackfruit flour can effectively reduce glycosylated hemoglobin levels, fasting and postprandial glucose levels, demonstrating its efficacy in glycemic control for individuals with type 2 diabetes. The physicochemical characteristics of jackfruit seed flour also reveal high protein content, excellent insoluble fiber, and significant mineral composition, making it a valuable ingredient for improving the nutritional value of food products.
Best acrylate acid used for polyols production in epoxidation and ring opening method?
5 answers
The best acrylate acid for polyols production in epoxidation and ring opening methods is formic acid. Research has shown that formic acid plays a crucial role in the epoxidation process of vegetable oils, such as sunflower oil, leading to the formation of polyols. Studies have highlighted the effectiveness of formic acid to sunflower oil molar ratio in achieving optimal relative conversion to oxirane, with natural zeolite as a catalyst. Additionally, formic acid has been utilized in the epoxidation of oleic acid, where its molar ratio to the acid significantly influences the epoxidation reaction, along with the molar ratio of hydrogen peroxide to oleic acid. These findings underscore the importance of formic acid in the production of polyols through epoxidation and ring opening methods.
Acrylate acid used for polyols production in epoxidation and ring opening method?
5 answers
Acrylic acid is not explicitly mentioned in the provided contexts. However, the contexts discuss the utilization of various acids and alcohols in the production of polyols through epoxidation and ring-opening methods. For instance, formic acid is used in epoxidation reactions with sunflower oil to form polyols, while tetrafluoroboric acid is utilized as a catalyst in the ring-opening of epoxidized fatty acid esters to produce polyols. Additionally, the use of H2SO4 as a catalyst in the epoxide ring-opening reaction of epoxidized soybean oil is highlighted. These contexts provide insights into the diverse catalysts and reagents employed in the synthesis of polyols, showcasing the variety of compounds involved in these processes.
What is the behaviour of starch based bioplastics in acids and base?
5 answers
Starch-based bioplastics exhibit varying behaviors in acids and bases based on their composition. Bioplastics with higher starch content show increased resistance to both acids and bases, with some formulations lasting up to 45 hours in acid and 42 hours in base without dissolution. Additionally, the introduction of citric acid-epoxidized soybean oil oligomers (CESO) into starch-based bioplastics enhances their properties, leading to improved resistance to acids and bases. The interaction between CESO and starch in the bioplastics is crucial, as higher CESO content can negatively impact the properties of the bioplastics, highlighting the importance of optimizing the composition for desired performance. Overall, starch-based bioplastics show promise as environmentally friendly alternatives with tailored resistance to acids and bases.
How does the deep frying process affect the fatty acid composition of canola oil compared to olive oil?
5 answers
The deep-frying process significantly impacts the fatty acid composition of oils, particularly canola and olive oils. Canola oil, when used for deep-frying, experiences changes in its fatty acid profile, leading to an increase in trans fatty acids and a decrease in polyunsaturated fatty acids, affecting its overall nutritional quality. On the other hand, olive oil demonstrates higher stability during frying, maintaining its initial levels of trans fatty acids in the fried products and even decreasing them in some cases, thus preserving a healthier fatty acid profile compared to canola oil. This difference underscores the importance of selecting the right oil for deep-frying to ensure minimal negative impact on the fatty acid composition of the fried products.
Is oleosomes used in cosmetics for water resistance purposes? edit?
5 answers
Oleosomes are utilized in cosmetics not only for their water-resistant properties but also for their ability to encapsulate cosmetically active substances. Liposomes, similar to oleosomes, are frequently employed in cosmetic formulations due to their capacity to encapsulate various active ingredients, including ultraviolet filters, antioxidants like CoQ10, and vitamins. Additionally, liposomes create an occlusive layer on the skin, promoting the penetration of encapsulated actives and protecting against external stressors like sunlight and sweat. The use of liposomes in cosmetic products, such as aqueous sun care items containing liposome-encapsulated UV filters, enhances water resistance. Therefore, both oleosomes and liposomes play crucial roles in cosmetic formulations, providing water resistance and effective delivery of active ingredients to the skin.
What is cholestrol?
5 answers
Cholesterol is a vital fat-like substance found in the body, essential for various functions such as building cell membranes, producing hormones, and forming bile acids. It plays a crucial role in the body's physiological processes, but elevated levels can lead to health issues like hypertension. Different approaches exist to manage cholesterol levels, including medications like "Cholvacor," which effectively reduces cholesterol and triglycerides while improving metabolic indicators. Additionally, active substance combinations containing carob fibers, n-3 fatty acids, and cholesterol-reducing agents have been developed to help lower cholesterol levels. Cholesterol emboli syndrome can occur when cholesterol crystals dislodge from arterial plaques, causing blockages in small arteries. Furthermore, eel, a nutrient-rich aquatic biota, contains cholesterol, with levels varying between fresh and boiled samples due to the cooking process.
What are the potential benefits of using gel-based hand sanitizers over traditional alcohol?
5 answers
Gel-based hand sanitizers offer several advantages over traditional alcohol-based ones. They can provide antimicrobial activity while being less irritating to the skin, as seen in studies using compounds like mandelic acid and essential oils. Additionally, formulations with secondary active ingredients exhibit enhanced antibacterial efficacy, rapid mode of action, anti-biofilm properties, and prolonged surface protection compared to pure alcohol-based sanitizers. Gel hand sanitizers can also be formulated using natural ingredients like vinegar, meeting standards for antibacterial activity and organoleptic properties. While alcohol-based sanitizers may promote biofilm formation in some cases, the long-term effects of alcohol-based gels on bacterial resistance require further investigation. Overall, gel-based hand sanitizers present a promising alternative with diverse benefits for hand hygiene.
Palm oil or corn oil had higher acid value?
5 answers
Palm oil generally has a lower acid value compared to corn oil. Research indicates that palm oil can be used to prepare biologic diesel oil with a high acid value, which can be effectively lowered to meet standards using specific catalysts and alcohol as an esterifying agent. In contrast, high temperatures can significantly increase the acid value of oils like corn oil due to the breakdown of unsaturated fatty acids, leading to a decrease in quality. Additionally, the physico-chemical properties of corn oil show a higher content of highly unsaturated fatty acids, which can contribute to a higher acid value compared to palm oil. Therefore, based on the provided data, corn oil is likely to have a higher acid value than palm oil.
What are the bioavailability problems of spend yeast for use as feed for salmonids?
8 answers
The utilization of spent yeast as feed for salmonids presents several bioavailability challenges, primarily concerning the nutritional composition and the absorption of certain minerals and nutrients. Spent yeast, a by-product of beer and wine production, is rich in proteins, amino acids, nucleotides, carbohydrates, minerals, and vitamins, making it an attractive supplement for animal feed. However, the bioavailability of these nutrients, especially minerals like zinc (Zn), copper (Cu), iodine (I), manganese (Mn), and cobalt (Co), is a critical factor for salmonids. One significant issue is the high excretion rates of certain minerals, such as iron (Fe), Cu, Mn, aluminum (Al), cadmium (Cd), and lead (Pb), which indicate low bioavailability. Although the yeast can incorporate minerals from its growth medium, such as brown macroalgae, the retention of these minerals in salmonids decreases with increasing levels of yeast in the diet, potentially due to saturation or antagonistic interactions among minerals. Moreover, the absence of essential polyunsaturated fatty acids (PUFAs) like EPA and DHA in spent yeast necessitates supplementation with other sources, as these fatty acids are crucial for the health and growth of salmonids. The digestibility of yeast cell walls also poses a challenge. Yeast with disrupted cell walls has been shown to improve growth rates in salmonids compared to intact yeast cells, suggesting that the physical form of yeast can affect its nutritional value. Additionally, the presence of anti-nutritional factors or substances that interfere with nutrient absorption could further complicate the bioavailability of nutrients from spent yeast. In conclusion, while spent yeast offers a promising protein and nutrient source for salmonid diets, its effective use is hindered by bioavailability issues related to mineral retention, the necessity for PUFA supplementation, and the digestibility of yeast cell walls. Addressing these challenges requires further research into optimizing yeast processing and formulation to enhance nutrient absorption and retention in salmonids.
What is apple oil?
5 answers
Apple oil refers to the oil extracted from apple seeds, which are often considered as agro-waste. The oil obtained from apple seeds is rich in antioxidants like tocopherols and phytosterols, with linoleic acid and oleic acid being the predominant fatty acids. The fatty acid composition of apple seed oil typically includes oleic acid and linoleic acid, making it comparable to edible food oils and indicating its potential for use in food and pharmaceutical industries. Additionally, apple seed oil has been found to possess significant antioxidant properties and in vitro cytotoxic activity against specific cancer cell lines, suggesting its potential as a natural antioxidant and even as an anticancer agent. The oil yield and composition can vary among different apple cultivars, with crab apple seeds generally yielding higher oil content compared to dessert apple seeds.