It works by inhibiting NNMT, leading to metabolic changes that can promote the use of fat for energy, reduce fat storage, and potentially slow down cellular aging
The abovementioned data supports that the role of CBS and CSE enzymes, favoring or counteracting cancer, is highly adaptive and obviously dependent on the cysteine bioavailability itself, within certain cancer microenvironmental and metabolic contexts
Researchers select between these based on the research question sustained elevation research favors DAC, while pulsatile-pattern research favors without-DAC
This difference is explained further in the comparison of IV therapy vs oral supplements
Cell debris was eliminated
Studies on anticancer activities of antimicrobial peptides