The type of fat or oil used in cooking influences flavor, stability during heating, and nutritional value. Some tolerate high temperatures well, while others are better suited for gentle cooking or finishing dishes. Traditional fats such as ghee, tallow, butter, coconut oil, and extra virgin olive oil have been used for generations in different cuisines around the world. Each has unique characteristics that make it useful in the kitchen.
Below is an overview of several commonly used cooking fats and how they are typically used.
Ghee
In Ayurvedic tradition, ghee is considered one of the most valuable and nourishing fats. Classical Ayurvedic texts describe ghee as a substance that supports digestion, nourishment, and overall balance in the body. Because it is easy to digest compared with many other fats, it is frequently recommended in Ayurvedic cooking and herbal preparations.
Ghee is also known in Ayurveda as an “anupana,” meaning a carrier substance that helps deliver the qualities of herbs deeper into the body’s tissues. For this reason, many traditional Ayurvedic formulas are prepared with ghee as the base. It is also used in practices such as “ghrita” preparations, where herbs are slowly infused into ghee to enhance their stability and absorption.
Another reason ghee is valued in Ayurveda is its relationship with agni, the concept that represents digestive strength and metabolic function. Balanced digestion is considered essential in Ayurvedic philosophy, and ghee is traditionally believed to support healthy digestive fire when used in moderation.
From an energetic perspective, ghee is generally considered cooling and grounding, which may help balance excess Pitta while also nourishing Vata due to its oily and stabilizing qualities. Because of these properties, ghee is commonly included in traditional Ayurvedic diets, particularly when preparing rice dishes, lentils, vegetables, and herbal tonics.
Ghee is also used in Ayurvedic cleansing practices such as panchakarma, where small amounts may be consumed to help prepare the body for deeper purification processes under professional supervision.
Coconut Oil
Coconut oil is derived from the flesh of coconuts and contains a high proportion of saturated fats, particularly medium-chain triglycerides (MCTs).
MCTs are metabolized differently from longer-chain fats and are often studied for their role as a rapid energy source. Coconut oil also contains compounds that have demonstrated antimicrobial properties in laboratory settings.
Because coconut oil tolerates relatively high temperatures, it can be used for frying or sautéing. Its mild coconut flavor works well in baked goods, curries, and certain vegetable dishes.
Extra Virgin Olive Oil
Extra virgin olive oil is a staple fat in Mediterranean cooking. It is produced by mechanically pressing olives without the use of chemical processing, which helps preserve its natural compounds.
This oil is known for containing monounsaturated fats and plant compounds such as polyphenols. These components have been studied for their role in supporting cardiovascular health and reducing oxidative stress.
Using Olive Oil at Lower Temperatures
Extra virgin olive oil performs best when used at moderate or lower cooking temperatures. It works well for:
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Light sautéing
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Baking
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Salad dressings
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Drizzling over cooked vegetables or grains
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Finishing soups and sauces
Because extra virgin olive oil contains delicate plant compounds, prolonged exposure to very high heat may reduce some of these beneficial components. For this reason, many cooks reserve it for lower-temperature cooking or for use after a dish is finished.
Butter
Butter is produced by churning cream until the fat separates from the liquid. It has been used in culinary traditions across Europe and North America for centuries.
Its creamy texture and distinctive flavor make it popular in baked goods, sauces, and sautéed vegetables. However, butter has a relatively low smoke point compared with clarified fats, meaning it can burn when exposed to high heat. It is typically best for gentle cooking or as a finishing fat.
Oils to Limit or Avoid
While many traditional fats have long culinary histories, some modern vegetable oils undergo extensive industrial processing. These oils are commonly extracted from seeds using high heat, mechanical pressure, and chemical solvents.
Below are several oils that are often discussed in relation to processing methods and fatty acid balance.
Seed Oils
Seed oils such as corn oil, cottonseed oil, and grapeseed oil are typically produced through industrial refining processes. During manufacturing, high heat and chemical solvents may be used to extract and refine the oil.
These oils are often high in omega-6 fatty acids. While omega-6 fats are essential in small amounts, excessive intake relative to omega-3 fats has been associated with inflammatory processes in some research.
Canola Oil
Canola oil is derived from rapeseed plants that have been bred to reduce certain naturally occurring compounds. Although it is often marketed as a heart-friendly oil, most commercial canola oil undergoes refining and deodorizing processes.
Because of this level of processing, some individuals choose to limit its use and instead cook with less refined fats.
Rapeseed Oil
Rapeseed oil is closely related to canola oil and is commonly produced through refining processes that may involve chemical solvents such as hexane.
Like many seed oils, rapeseed oil can contain relatively high levels of omega-6 fatty acids, and some individuals prefer alternative fats that undergo minimal processing.
Sunflower Oil
Sunflower oil is commonly used in packaged foods and commercial frying due to its high smoke point. Like other refined vegetable oils, it is frequently processed at high temperatures.
Traditional sunflower oil varieties are also relatively high in omega-6 fatty acids, which may contribute to an imbalanced fatty acid intake if consumed in large amounts.
Soybean Oil
Soybean oil is one of the most widely used cooking oils globally and is commonly found in processed foods. It is often extracted from soybeans using industrial processing methods.
Soybeans are frequently genetically modified crops, which is another reason some consumers prefer to avoid soybean oil in favor of less processed fats.
Supporting Digestion and Nutrient Utilization
While the fats we cook with play an important role in nourishment, Ayurveda also places great emphasis on digestion and assimilation. The body must be able to properly break down and utilize nutrients from food in order to benefit from them.
Alongside a whole-food diet and traditional cooking fats, some people choose to incorporate digestive support supplements into their wellness routine.
For example, Fulvic Green is formulated with ingredients such as activated fulvic compounds, chlorophyll, Hawaiian spirulina, and trace elements including gold and indium. Fulvic substances are naturally occurring compounds formed through the breakdown of organic plant matter and are often studied for their ability to interact with minerals and plant nutrients.
Another product, Digestive Enzymes, contains a blend of enzymes including amylase, protease, lipase, cellulase, phytase, and others that are involved in breaking down different components of food. This formula also includes a fulvic blend with compounds such as MSM, silica, stabilized oxygen, taurine, choline bitartrate, and fructo-oligosaccharides derived from chicory.
Together, these types of formulations are designed to complement a nutrient-dense diet and traditional food preparation methods. When combined with mindful eating and high-quality ingredients, they may support the body's natural digestive processes and overall nutritional balance.
