ROS |
The chemical modification of lipids in lysosomal membrane. The different examples include H2O2, redox cycling quinones, napthazarine, fenretinide, etc. |
[77] |
Lysosomotropic agents |
Detergent-like effects lead to LMP. The examples include hydroxychloroquine, sphingosine, LCL204, MDL-72, N-dodecyl-imidazole, BPC, 3-aminopropanol, etc. |
[78] |
The proper mechanism is poorly understood and the examples include some detergents like siramesine and MSDH |
[73] |
The mechanism is not fully understood and the examples include antibiotics like ciprofloxacin and norfloxacin |
[79] |
Lipids |
The mechanism is poorly understood and the different examples include cholesterol oxidation products, bile salts, fatty acids, palmitate, etc. |
[80] |
Bcl-2 family proteins |
This leads to the formation of lysosomal membrane proteaceous pores and the example includes Bax |
[81] |
Caspases |
Indirect effects and direct lysosome protein digestion and the examples include Caspase-8 and Caspase-9 |
[82] |
Cathepsins |
Lysosome protein digestion and the examples include cathepsin B |
[83] |
Microtubule toxins |
The mechanism of action is not known yet and the examples include epothilone B, vinorelbine, vincristine, paclitaxel, vinblastine, etc. |
[84] |
Photodamage |
It damages lysosomal membrane and the examples include ATXs10 and NPe6 |
[85] |
Polyphenols |
The mechanism of action is not known yet and the examples are resveratrol |
[86] |
Receptors |
The mechanism of action not yet known and the examples include TNF-α, TRAIL, CD3, and PHA |
[87] |
Lysosomal proteins |
It leads to the formation of pores and the examples include LAPF |
[88] |
DNA damage |
The mechanism of action not yet discovered and the examples include camptothecin, p53, and etoposide |
[89] |
Silica |
The mechanism of action is unknown and the examples are ROS |
[90] |
Toxins |
The toxins directly affect lysosomal membranes and the examples are crotoxin, yesotoxin, and the cobra venom |
[91] |