Drug class
Thiol-Type Renal/Tissue Protectants
Thiol-type renal and tissue protectants—most commonly categorized in standard medical compendia as cytoprotective or chemoprotective agents—are supportive-care drugs designed to shield healthy tissues from the toxic effects of specific antineoplastic therapies. Read more about Thiol-Type Renal/Tissue Protectants
11 drugs in this class 10 manufacturers
Drugs in Thiol-Type Renal/Tissue Protectants
MESNA
MESNA
MESNA
MESNA
MESNA
ETHYOL (amifostine crystalline)
MESNA
MESNA
Thiol-type renal and tissue protectants—most commonly categorized in standard medical compendia as cytoprotective or chemoprotective agents—are supportive-care drugs designed to shield healthy tissues from the toxic effects of specific antineoplastic therapies.
Representative agents like amifostine are dephosphorylated in tissues to active free thiol metabolites that scavenge reactive oxygen species and bind directly to electrophilic, toxic drug metabolites.
By preferentially concentrating in normal nonmalignant cells, they mitigate treatment-limiting toxicities without reducing antineoplastic efficacy.
In clinical oncology, they are primarily indicated to prevent cumulative cisplatin-induced nephrotoxicity in advanced ovarian cancer and to reduce radiation-induced xerostomia in head and neck cancer.
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nih.gov
Thiol-type renal and tissue protectants—most commonly categorized in standard medical compendia as cytoprotective or chemoprotective agents—are supportive-care drugs designed to shield healthy tissues from the toxic effects of specific antineoplastic therapies
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jmatonline.com
Thiol-type renal and tissue protectants—most commonly categorized in standard medical compendia as cytoprotective or chemoprotective agents—are supportive-care drugs designed to shield healthy tissues from the toxic effects of specific antineoplastic therapies
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nephrojournal.com
Representative agents like amifostine are dephosphorylated in tissues to active free thiol metabolites that scavenge reactive oxygen species and bind directly to electrophilic, toxic drug metabolites
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drugs.com
Representative agents like amifostine are dephosphorylated in tissues to active free thiol metabolites that scavenge reactive oxygen species and bind directly to electrophilic, toxic drug metabolites By preferentially concentrating in normal nonmalignant cells, they mitigate treatment-limiting toxicities without reducing antineoplastic efficacy
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globalrph.com
By preferentially concentrating in normal nonmalignant cells, they mitigate treatment-limiting toxicities without reducing antineoplastic efficacy In clinical oncology, they are primarily indicated to prevent cumulative cisplatin-induced nephrotoxicity in advanced ovarian cancer and to reduce radiation-induced xerostomia in head and neck cancer
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drugbank.com
In clinical oncology, they are primarily indicated to prevent cumulative cisplatin-induced nephrotoxicity in advanced ovarian cancer and to reduce radiation-induced xerostomia in head and neck cancer
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