#AvocadoOil

A growing number of cardiologists say both avocado oil and olive oil are heart-healthy choices, but olive oil still carries the stronger evidence base; avocado oil is a promising alternative, especially for high‑heat Thai cooking, though larger human trials and better quality standards are needed. Recent reporting and reviews summarising cardiologists’ views note that both oils are rich in monounsaturated fats and antioxidants, but long-term cardiovascular outcome data favour olive oil—largely through evidence from Mediterranean‑diet trials—while avocado oil scores points for its neutral flavour and very high smoke point (EatingWell feature; systematic review of avocado oil; PREDIMED trial, NEJM).

A growing chorus of cardiologists is urging Thai families to rethink cooking oils to protect heart health while honoring beloved Thai flavors. Extra-virgin olive oil and avocado oil both offer heart-healthy benefits, but they suit different cooking methods in Thai cuisine. Olive oil is renowned for its role in Mediterranean dietary patterns and polyphenol-rich composition, while avocado oil is valued for its thermal stability in high-heat cooking such as wok stir-fries and deep-frying.

Thai kitchens face a critical decision that could determine family health outcomes for generations: selecting cooking oils that protect against cardiovascular disease while honoring traditional culinary methods that define authentic Thai cuisine. Leading cardiologists now advocate for strategic oil selection, recognizing both extra-virgin olive oil and avocado oil as scientifically proven heart-protective options, though each serves distinct purposes in Thai cooking applications. Extra-virgin olive oil brings decades of clinical research demonstrating remarkable cardiovascular benefits through landmark Mediterranean diet studies, while avocado oil offers exceptional thermal stability crucial for high-heat cooking methods including intense wok stir-frying and traditional deep-frying techniques that require oils capable of withstanding extreme temperatures without creating harmful compounds that accelerate heart disease.