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Pharmacotherapeutic Strategy | Drug | Aim | Figure 1 |
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Recombinant apoA-I Milano/phospholipids | ETC-216 | Directly augmenting apoA-I/HDL pool | 1 |
Purified native apoA-I/phospholipids | CSL-111 CSL-112 | Directly augmenting apoA-I/HDL pool | 2 |
Upregulators of endogenous apoA-I production | RVX-208 | Directly augmenting apoA-I/HDL pool | 3 |
ApoA-I mimetic peptides | D-4F L-4F 6F, 5A ATI-5261 | Mimicking apoA-I functionality
| 4 |
Autologous Delipidated HDL | Selective HDL delipidated | Directly augmenting apoA-I/HDL pool | 5 |
Gene therapy | miR-33 | Modulating HDL levels and cholesterol efflux expression | 6 |
Liver X receptor agonists | LXRα/β agonists LxR-623 T0901317, GW3965 ATI-111 | Enhancing RCT & Macrophage cholesterol efflux | 7 |
Niacin receptor agonists | ARI-3037MO | Indirectly augmenting apoA-I and HDL-cholesterol | 8 |
Farnesoid X receptor | FxR-450 | Modulate HDL levels | 9 |
Cholesteryl ester transfer inhibitors | Anacetrapib MK-0859Evacetrapib LY248595 | Indirectly augmenting apoA-I and HDL-cholesterol | 10 |
Endothelial lipase inhibition | Boronic acid inhibitors Selective sulfonylfuran urea | Increasing HDL-cholesterol | 11 |
LCAT activators | rLCAT ETC-642 | Enhancing RCT | 12 |
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