Chapter
9. ALGAE PRODUCTION SYSTEMS- ALGACULTURE
10. SEAWEED EXTRACTION METHODS
Chapter 2: AN ILLUSTRATED REVIEW ON CULTIVATION AND LIFE HISTORY OF AGRONOMICALLY IMPORTANT SEAPLANTS
EXTENT OF SEAPLANT FARMING
MAJOR SEAPLANT TAXA FARMED
ENVIRONMENTAL IMPACTS OF SEAPLANT FARMING PRACTICES
Chapter 3: SEAWEED USES: HUMAN HEALTH AND AGRICULTURE
FERTILIZERS AND SOIL CONDITIONERS
Chapter 4: SCIENTIFIC EVIDENCES OF THE HEALTH-PROMOTING EFFECT OF SEAWEED INTAKE IN HUMANS
INTERVENTION HUMAN STUDIES
Chapter 5: EVALUATION OF BIOACTIVE COMPOUNDS IN SEAWEEDS: A REVIEW
5. OTHER BIOACTIVE COMPOUNDS
Chapter 6: POPULATION STUDIES AND CARRAGEENAN PROPERTIES IN EIGHT GIGARTINALES (RHODOPHYTA) FROM IBERIAN PENINSULA
2. IBERIAN CARRAGEENOPHYTES
Chapter 7: D-AMINO ACIDS AND AMINO ACID RACEMASES IN SEAWEEDS
2. D-AMINO ACIDS IN SEAWEEDS
3. PHYSIOLOGICAL FUNCTION OF D-ASPARTATE IN SARGASSUM FUSIFORME
4. DIFFICULTY IN THE BIOCHEMICAL IDENTIFICATION OF THE ASPARTATE RACEMASE IN SEAWEEDS THAT PRODUCES D-ASPARTATE
5. PUTATIVE RACEMASE GENES IN SEAWEEDS
Chapter 8: SEAWEED POLYPHENOLS AS POTENTIAL ANTI-OXIDANT AGENTS
II. SEAWEEDS AS A RICH SOURCE OF ANTI-OXIDANTS
IV. ANTI-OXIDANT MECHANISMS OF POLYPHENOLS
V. STRUCTURE-ANTI-OXIDANT ACTIVITY RELATIONSHIP OF POLYPHENOLS
VI. FUNCTIONAL VALUE OF SEAWEEDS AS DIETARY SUPPLEMENTS
Chapter 9: ANTIOXIDANT SULFATED POLYSACCHARIDES FROM SEAWEED
2. SULFATED POLYSACCHARIDES OF SEAWEEDS
3. REACTIVE OXYGEN SPECIES (ROS) X ANTIOXIDANTS
4. METHODS FOR THE DETERMINATION OF ANTIOXIDANT ACTIVITY
5. ANTIOXIDANT SULFATED POLYSACCHARIDES FROM SEAWEED
6. APPLICATIONS OF ANTIOXIDANT SULFATED POLYSACCHARIDES
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