Omega-3 fatty acid articles of manufacture, and methods and apparatus for making same

1. An apparatus for forming an omega-3 article of manufacture from an omega-3 source material, an omega-3 fraction, and a separated omega-3 fraction comprising:

means for forming a particulate omega-3 material,

means for forming an omega-3 fraction,

means for separating an omega-3 fraction,

one or more flavonoid reservoirs and one or more melatonin reservoirs, said one or more flavonoid reservoirs and one or more melatonin reservoirs being in communication with one or more of said means for forming a particulate omega-3 material, means for forming an omega-3 fraction, and means for separating an omega-3 fraction;

means to place flavonoids and a concentration of melatonin in at least one of said means for forming a particulate omega-3 material, said means for forming an omega-3 fraction, and said means for separating an omega-3 fraction; and

means for monitoring and adjusting the concentration of melatonin placed in one or more of the group comprising the omega-3 source material, the particulate omega-3 material, the omega-3 fraction, and the separated omega-3 fraction by the means to place flavonoids and a concentration of melatonin,

wherein the means for forming a particulate omega-3 material allows said omega-3 source material, said omega-3 fraction and said separated omega-3 fraction to be co-processed with said flavonoids and the concentration of melatonin.

2. The apparatus of claim 1 wherein said means are maintained at a temperature not exceeding 99 degrees centigrade.

3. The apparatus of claim 1 wherein said means for forming a particulate omega-3 material is in communication with said means for forming a omega-3 fraction to pass a particulate omega-3 material to said means for forming an omega-3 fraction, and said means for forming an omega-3 fraction is in communication with said means for separating an omega-3 fraction to pass an omega-3 fraction to said means for separating an omega-3 fraction.

4. The apparatus of claim 1 wherein apparatus performs steps in a process to form a separated omega-3 fraction in a continuous manner.

5. The apparatus of claim 1 wherein said means are located on a water vessel which procures sources of omega-3 material from natural sources.

6. The apparatus of claim 1 wherein said means are mounted on a truck bed.

7. The apparatus of claim 1 wherein said means are mounted on a water vessel.

8. The apparatus of claim 1 , wherein the means to place flavonoids and the concentration of melatonin places flavonoids and the concentration of melatonin into the omega-3 fraction prior to or concurrent with forming a particulate omega-3 material.

9. The apparatus of claim 1 , wherein the means for monitoring and adjusting the concentration of melatonin regulates to a concentration of melatonin that is substantially equal to or greater than melatonin levels in cod liver oil.

10. An apparatus for forming an omega-3 article of manufacture from an omega-3 source material, an omega-3 fraction, and a separated omega-3 fraction comprising:

means for forming a particulate omega-3 material,

means for forming an omega-3 fraction,

means for separating an omega-3 fraction,

one or more melatonin reservoirs in communication with one or more of said means for forming a particulate omega-3 material, means for forming an omega-3 fraction, and means for separating an omega-3 fraction;

means to place a concentration of melatonin in at least one of said means for forming a particulate omega-3 material, means for forming an omega-3 fraction, and means for separating an omega-3 fraction; and

means for monitoring and adjusting the concentration of melatonin placed in one or more of the group comprising the omega-3 source material, the particulate omega-3 material, the omega-3 fraction, and the separated omega-3 fraction,

wherein the means for forming a particulate omega-3 material allows said omega-3 source material, said omega-3 fraction, and said separated omega-3 fraction to be co-processed with said concentration of melatonin.

11. The apparatus of claim 10 further comprising:

one or more flavonoid reservoirs in at least one of said means for forming a particulate omega-3 material, means for forming an omega-3 fraction, and means for separating an omega-3 fraction; and

means to place flavonoids in at least one of said means for forming a particulate omega-3 material, means for forming an omega-3 fraction, and means for separating an omega-3 fraction,

wherein the means for forming a particulate omega-3 material further allows said omega-3 source material, said omega-3 fraction, and said separated omega-3 fraction to be co-processed with said flavonoids.

12. The apparatus of claim 10 wherein said means are maintained at a temperature not exceeding 99 degrees centigrade.

13. The apparatus of claim 10 wherein said means for forming a particulate omega-3 material is in communication with said means for forming a omega-3 fraction to pass a particulate omega-3 material to said means for forming an omega-3 fraction and said means for forming an omega-3 fraction is in communication with said means for separating an omega-3 fraction to pass an omega-3 fraction to said means for separating an omega-3 fraction.

14. The apparatus of claim 10 wherein apparatus performs steps in a process to form a separated omega-3 fraction in a continuous manner.

15. The apparatus of claim 10 wherein said means are located on a water vessel which procures sources of omega-3 material from natural sources.

16. The apparatus of claim 10 wherein said means are mounted on a truck bed.

17. The apparatus of claim 10 , wherein the means to place the concentration of melatonin places the concentration of melatonin into the omega-3 fraction prior to or concurrent with forming a particulate omega-3 material.

18. The apparatus of claim 10 , wherein the means for monitoring and adjusting the concentration of melatonin regulates to a concentration of melatonin that is substantially equal to or greater than melatonin levels in cod liver oil.