Phosome 10mg Injection- 10ml
Item requires a valid prescription
Manufactured By Cipla Ltd
Composition Amphotericin B (10mg)
Package Size ( 10ml Injection in a vial )
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MRP Rs 2228.50
Description:
Phosome 10mg Injection- 10ml is an antifungal medicine used to treat serious and potentially life-threatening infections caused by different fungal species. The lipid complex form of this medicine is used in patients who do not respond or are unable to tolerate the conventional form of this medicine.
Uses / Indications:
Severe fungal infections , Kala-Azar
Interactions / Warnings:
Interaction with alcohol is unknown. Please consult your doctor.
Pregnancy interaction:
Expert advice:
Side Effects:
How to use:
How it works:
Faq for medicine:
A: Phosome is fungicidal in nature, it acts by killing the fungus
Q: Is Phosome light sensitive?
A: Phosome is not light sensitive
Q: What is Phosome liposomal?
A: Liposomal Phosome is a lipid-associated formulation. Liposomal encapsulation or incorporation into a lipid complex of Phosome can substantially improves drug safety especially nephrotoxicity associated with the drug
Q: Is Phosome an antibiotic?
A: Yes, Phosome is an antifungal antibiotic for the treatment of serious infections caused by fungi like fungal infections of one or more deep organs of the body, suspected fungal infections in patients with a raised temperature and neutropenia (reduced number of white blood cells [neutrophils]) and Visceral leishmaniasis (disease caused by a parasite)
Q: Is Phosome testing dose needed?
A: Yes, administration of Phosome is associated with allergy (severe and serious allergic) reaction, therefore it is recommended to administer a test dose before starting the therapy to check for sensitivity
Q: How is Phosome administered?
A: Phosome is either administered as intravenous injection or infusion by a registered medical professional only
Q: How does Phosome cause nephrotoxicity and hyperkalemia?
A: Phosome can disrupt the lipid components of human kidney cells, thereby causing nephrotoxicity. The exact mechanism of hypokalemia is not known, but kidney damage may result in excessive loss of potassium in urine.
Medicine interaction:
Available Substitutes
