Answer:
In this study, we tested the effects of NEAA-deprived diets and checkpoint inhibitor anti-PD-1 and anti-PD-L1 in colon cancer using syngeneic mouse model (Balb/c) bearing tumors of mouse colorectal cancer cell line CT-26. Three diets were tested, including a natural rodent diet Teklad ENVIGO Global 16% Protein Rodent Diet (control 1), a formulated NEAA-complete diet COMPLETE (control 2, using amino acid mix in place of protein), and a formulated NEAA-deprived diet FTN203 (treatment, using amino acid mix in place of protein). Both COMPLETE and FTN203 have the same nutritional structures, contain 17% w/w protein equivalent, and are isocaloric. After tumor size-based randomization, these diets were provided to mice ad libitum throughout the whole test. Each of these diets was used alone or combined with anti-PD-1 antibody (i.p., twice per week for 2 weeks) or anti-PD-L1 antibody (i.v., twice per week for 2 weeks).
Explanation:
Answer:
Probably not.
The reason why is that we don't know if seafood is the only thing that contributed to the lower risk.
Did an increase of seafood in the diet lower other meats such as pork that maybe causes this type of cancer? What about the ration of seafood to vegetables or fruits for both groups. We don't know what vitamins and minerals could be in a deficit for these groups because of their diets.
The only thing that we can conclude here is that a diet rich in seafood could lower the risks but not necessarily because of the seafood but it could be the case none the less. Further research is needed to conclude that there is a connection between seafood and lowering the risks of cancer.
How many words does it have to be
4 sinx / cosx * cosx
4 tanx / cosx Trig identity tanx = sinx/cosx
