Cancer cells primarily generate energy through anaerobic glycolysis, which produces very low levels of ATP and large amounts of lactic acid waste. This process cannot adequately regulate the cancer cell's metabolic functions or DNA activities. Aerobic glycolysis and mitochondria in cancer cells are suppressed by nitric oxides and free radicals, resulting in inadequate energy production and inhibited normal DNA metabolic activities.

1. ..CANCER CELL MAİN-DOMİNANT
ENERGY GENERATİNG WAY İS
ANAEROBİC GLYCOLYSİS BUT
VERY LOW LEVEL ATP SYNTHESİS
SHOULD NOT POSSİBLE THAT
REGULATE İTS METABOLİC
FUNCTİONS AS PHYSİOLOGİC.
ADDİTİONALLY WİLL HAVE BEEN
PRODUCED SO MUCH LACTİC
ACİDS AS WASTE PRODUCT WHİCH
WİLL MADE DESTRUCTİVE EFFECT.
AEROBİC GLYCOLYSİS AND
MİTHOCHONDRİON İN THE
CANCER CELL
SUPPRESSED=REPPRESSE
D BY NİTRİC OXİDES AND
THEİRS
RADİCALES.İNADEQUATE
ENERGY İNHİBİTİON OF
NORMAL DNA METABOLİC
ACTİVİTİES.
EFRUZ
ASİLOĞLU
11.15.11.2012