Eryptosis: An Erythrocyte’s Suicidal Type of Cell Death

Table 2

Factors inhibiting eryptosis. Inhibition mechanism can be through the Ca²⁺ entry mechanism, ceramide formation, or ATP depletion.

Inhibiting factors	Inhibition mechanism	References
Adenosine	Ca^2+; ATP depletion	[58]
Amitriptyline	Ceramide; ATP depletion	[25]
Caffeine	Ca^2+; ATP depletion	[25]
Catecholamine’s	Ca^2+	[25]
Chloride	Ca^2+	[59]
Ethylisopropylamiloride	Ca^2+	[60]
Erythropoietin	Ca^2+	[61]
Flufenamic acid	Ca^2+	[62]
Quinoxalinediones (NBQX/CNQX)	Ca^2+	[25]
Niflumic acid	ATP depletion	[25]
Nitric oxide (nitroprusside)	ATP depletion	[63]
Natriuretic peptide precursor B	ATP depletion	[25]
Resveratrol	Ca^2+; ATP depletion	[25]
Staurosporine	ATP depletion	[64]
Urea	Ceramide; ATP depletion	[59]
Xanthohumol	Ca^2+; ATP depletion	[25]
Zidovudine	Ca^2+	[65]