id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
bptjm-46	Fang, Heyi; Guinto, Hailey; Pinneboina, Harshita	Effective Reprogramming Strategies for Treating Diabetes-Related Cancer: A Focus on Fasentin, Metformin, and Panitumumab Therapies	2023	18	.pdf	application/pdf	6173	393	50	Consequently, in high glucose cancer cells, a higher glycolysis rate is present, allowing the reprogramming strategy to further promote the process and raise intracellular lactate, permitting cancer cells to poison themselves. In this article, the relationship among the chain of obesity, diabetes mellitus, and cancer development researched by di�erent articles regarding to distinct diabetes-associated cancer types is reviewed, the potential metabolic reprogramming pathways of glucose uptake and digestion by cancer cells are studied, and the mechanisms of inhibitory functions on process of reprogramming by Fasentin, Panitumumab, and Metformin are possessed for the possibility as drug treatments of diabetes-associated cancer.	cache/bptjm-46.pdf	txt/bptjm-46.txt