metabolic health

Safflower Oil Lipids Randomized Trial Evidence Table

Structured evidence table for Safflower Oil Lipids Randomized Trial, generated from 2 reusable source documents in the Migaku knowledge base.

topicclaimevidence levelcitationsource
Safflower Oil Lipids Randomized TrialThis paper examines the nutritional and metabolic characteristics of Carthamus tinctorius seed oils produced in two regions across Morocco and assesses how various extraction methods, Soxhlet, cold pressing, and maceration, affect oil yield and the presence of bioactive compounds, which establishes the data on Moroccan cultivars that have limited information.4El Kourchi C (2026)Safflower (<i>Carthamus tinctorius</i> L.) Seed Oils: Effect of Extraction Process and Cultivars on Chemical Composition, Physicochemical Parameters and Nutritional Quality Index.
Safflower Oil Lipids Randomized TrialSoxhlet extraction provided the highest oil yield, with the oil being rich in linoleic acid (40.45% ± 0.17%-80.25% ± 0.16%), a polyunsaturated fatty acid.4El Kourchi C (2026)Safflower (<i>Carthamus tinctorius</i> L.) Seed Oils: Effect of Extraction Process and Cultivars on Chemical Composition, Physicochemical Parameters and Nutritional Quality Index.
Safflower Oil Lipids Randomized TrialAs the principal dietary source of lipids, edible oils (notably vegetable oils) exist in crude form predominantly as triacylglycerols (about 95%), with the remainder comprising impurities and diverse minor components.4Yang J (2025)Lipidomics Approach Reveals the Effects of Physical Refining Processes on the Characteristic Fatty Acids and Physicochemical Indexes of Safflower Seed Oil and Flaxseed Oil.
Safflower Oil Lipids Randomized TrialThe application potential of safflower seed oil (SSO) in both nutraceutical and pharmaceutical domains is attributed to its exceptionally high linoleic acid concentration and abundant polyphenolic constituents.4Yang J (2025)Lipidomics Approach Reveals the Effects of Physical Refining Processes on the Characteristic Fatty Acids and Physicochemical Indexes of Safflower Seed Oil and Flaxseed Oil.
topicSafflower Oil Lipids Randomized Trial
claimThis paper examines the nutritional and metabolic characteristics of Carthamus tinctorius seed oils produced in two regions across Morocco and assesses how various extraction methods, Soxhlet, cold pressing, and maceration, affect oil yield and the presence of bioactive compounds, which establishes the data on Moroccan cultivars that have limited information.
evidence level4
citationEl Kourchi C (2026)
sourceSafflower (<i>Carthamus tinctorius</i> L.) Seed Oils: Effect of Extraction Process and Cultivars on Chemical Composition, Physicochemical Parameters and Nutritional Quality Index.
topicSafflower Oil Lipids Randomized Trial
claimSoxhlet extraction provided the highest oil yield, with the oil being rich in linoleic acid (40.45% ± 0.17%-80.25% ± 0.16%), a polyunsaturated fatty acid.
evidence level4
citationEl Kourchi C (2026)
sourceSafflower (<i>Carthamus tinctorius</i> L.) Seed Oils: Effect of Extraction Process and Cultivars on Chemical Composition, Physicochemical Parameters and Nutritional Quality Index.
topicSafflower Oil Lipids Randomized Trial
claimAs the principal dietary source of lipids, edible oils (notably vegetable oils) exist in crude form predominantly as triacylglycerols (about 95%), with the remainder comprising impurities and diverse minor components.
evidence level4
citationYang J (2025)
sourceLipidomics Approach Reveals the Effects of Physical Refining Processes on the Characteristic Fatty Acids and Physicochemical Indexes of Safflower Seed Oil and Flaxseed Oil.
topicSafflower Oil Lipids Randomized Trial
claimThe application potential of safflower seed oil (SSO) in both nutraceutical and pharmaceutical domains is attributed to its exceptionally high linoleic acid concentration and abundant polyphenolic constituents.
evidence level4
citationYang J (2025)
sourceLipidomics Approach Reveals the Effects of Physical Refining Processes on the Characteristic Fatty Acids and Physicochemical Indexes of Safflower Seed Oil and Flaxseed Oil.

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Source documents

  1. Safflower (<i>Carthamus tinctorius</i> L.) Seed Oils: Effect of Extraction Process and Cultivars on Chemical Composition, Physicochemical Parameters and Nutritional Quality Index.
  2. Lipidomics Approach Reveals the Effects of Physical Refining Processes on the Characteristic Fatty Acids and Physicochemical Indexes of Safflower Seed Oil and Flaxseed Oil.