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- BU - Nutrient
- ALA

ALA
Contents
Overview
Understanding Alpha-Linolenic Acid (ALA) for Dogs
Alpha-Linolenic Acid (ALA) is a short-chain omega-3 fatty acid found in plant-based sources like flaxseed, chia seeds, and hemp. While ALA can technically be converted into the long-chain omega-3s EPA (eicosapentaenoic acid) and DHA (docosahexaenoic acid), this conversion process is extremely inefficient in dogs. Unlike humans or some herbivores, which convert ALA more effectively, dogs lack the metabolic capacity to transform ALA into significant amounts of EPA and DHA. This makes marine-sourced omega-3s, like fish oil, a much better option for meeting a dog’s omega-3 needs.
The Link Between ALA, EPA, and DHA
ALA serves as a precursor to EPA and DHA, meaning the body must convert it into these usable forms to provide their anti-inflammatory, cognitive, and cardiovascular benefits. However, dogs convert less than 10% of dietary ALA into EPA, and an even smaller fraction into DHA. Most ALA remains unused, offering limited health benefits on its own.
When ALA May Be Useful for Dogs
While ALA is not harmful and may offer minor benefits, it is not an ideal omega-3 source for dogs. However, it can still serve a role in certain diets or as a supplemental boost:
Key Points About ALA:
- Plant-Based Option: ALA can be used in plant-based diets where marine-derived EPA and DHA are unavailable, though it should not be relied upon as the sole omega-3 source.
- Minor Health Benefits: ALA may provide some antioxidant properties and support skin and coat health, but these effects are far less pronounced compared to EPA and DHA.
- Supplementary Role: ALA-rich seeds or oils, like flaxseed or chia, can complement a diet, but they should ideally be paired with direct sources of EPA and DHA, such as fish oil or algae oil.
- While flaxseed and chia can provide other beneficial nutrients such as soluble fiber, they should not be used primarily for their Omega-3 content.
Why Marine Sources Are Superior Omega-3 Sources for Dogs
Marine-derived EPA and DHA are already in their bioavailable forms, meaning dogs can directly utilize them without needing to convert from ALA. Fish oil, algae oil, and other marine-based supplements bypass the inefficient conversion process entirely, delivering immediate benefits to support inflammation, cognitive health, and cardiovascular function.
Dogs and ALA Conversion Rates:
- Dogs convert less than 10% of ALA into EPA, and an even smaller amount into DHA.
- Most plant-based ALA remains in its original form, limiting its usefulness as an omega-3 source for dogs.
Foods
Food sources of ALA
parent_post_id | Title | Image | parent_url | At a Glance |
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248.963 | Flaxseed | https://www.bernies.com/?post_type=bu-food&p=248963 | Flaxseed is a plant-based source of omega-3 fatty acids, primarily ALA, which dogs convert inefficiently, but its combination of soluble and insoluble fiber can make it a beneficial ingredient for supporting digestive health in dogs. |
Food Components
Ingredient sources of ALA
parent_post_id | Title | Image | parent_url | At a Glance |
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248.958 | Flaxseed Oil | https://www.bernies.com/?post_type=bu-food-component&p=248958 | Flaxseed oil is a plant-based oil rich in omega-3 fatty acids, particularly ALA. |
Health Conditions
Health conditions related to ALA
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Follow the Research
Studies providing deeper insight into ALA
linkposta | Image | At A Glance | post_a_url | Connecting The Dots |
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249.037 | Therapeutic Effect of EPA and DHA Supplementation in Neoplastic and Non-Neoplastic Companion Animal Diseases | This systematic review evaluates the therapeutic effects of EPA and DHA in treating various diseases in dogs and cats. Twenty-three randomized studies were analyzed, with benefits seen in both neoplastic (cancer-related) and non-neoplastic conditions such as allergic dermatitis, osteoarthritis, cardiovascular diseases, and haircoat disorders. The anti-inflammatory and immunomodulatory properties of EPA and DHA, through suppression of pro-inflammatory cytokines and matrix metalloproteinases, are highlighted as key mechanisms for their therapeutic effects. | https://www.bernies.com/?post_type=bu-research-paper&p=249037 |
Blog Articles
Articles related to ALA
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