What Is Amphotericin B Used For and How To Ship It?

Amphotericin B 1397-89-3 Chemical Structure
Amphotericin B API Chemical Structure

What Is Amphotericin B Used For?

Amphotericin B(Anfotericina B, 两性霉素B)is a yellow-to-orange powder used as an antibiotic.

It is a polyene antifungal antibiotic produced by Streptomyces nodosus.

If you are interested in how amphotericin b is produced, click to read.

It is insoluble in water but easily soluble in lipids and is one of our competitive pharmaceutical ingredients with China GMP

Amphotericin can bind to ergosterol to depolarize the membrane and alter cell membrane permeability, so important intracellular components will leak from cells to cause bacterial cell death. 

As a broad-spectrum antifungal antibiotic, amphotericin b is effective against many fungal species.

Its commonly seen side effects include mild to moderate serum aminotransferase elevations and hyperbilirubinemia, but very rare to see acute drug-induced liver injury caused by it.

It has been made into medicines with dosage forms of injections, capsules, etc, but it has other usages.

Below we compiled its main uses, take a look:

#1. Clinical treatment of fungi infections

It is used clinically for the treatment of severe visceral or systemic infections caused by deep-seated fungi.

It is also indicated for the treatment of the following fungal infections:

cryptococcosis, germinosis, disseminated candidiasis, coccidioidomycosis, histoplasmosis, trichinosis caused by Trichinella, Aspergillus, Platyhelminthes, Endocytosis, and Frogminthes, sporotrichosis caused by Schenk’s sporoplasmosis, and aspergillosis caused by Aspergillus fumigatus.

#2. Fungal detections

Externally, it is used for:

Coloring fungal diseases, post-burn skin fungal infections, respiratory Candida, Aspergillus or Cryptococcus infections, and fungal corneal ulcers.

Due to the apparent toxicity, doctors would need it for the diagnosis of established deep fungal infections (also known as culture or positive histological tests) in patients with critically progressive diseases.

#3. Cell cultivation in the lab

Lab scientists use it to prevent the cell culture contamination of yeast and multicellular fungi.

It changes the fungal plasma membrane permeability so the fungi will not grow there.

Caution: it is not allowed to be used in patients who have no obvious clinical signs of fungal infection but only show positive skin or serum tests.

What Are Amphotericin B Side Effects?

Its common side effects include fevers, chills, headaches, loss of appetite, nausea, vomiting, etc.

Intravenous medications could induce thrombophlebitis.

Intrathecal injections can cause pain in your back and lower limbs.

It is toxic to the kidney and can cause proteinuria and tubular urine.

Doctors have suggested stopping the medication When urea nitrogen is >20mg/dl or creatinine >3mg/dl.

Or you have to lower the dose according to the advice from your doctor.

Other side effects may include declining numbers of white blood cells; instability of anemia and blood pressure; liver damage; diplopia; peripheral neuritis; and rash.

During the process of medication, some patients may experience accelerated heart rate or ventricular fibrillation.

Those symptoms are most likely related to the high dose or fast injection.

There are liposomal injections or lipid complexes available in the market to cause fewer side effects.

Those dosages can greatly improve its safety and efficacy.

How To Ship and Store Amphotericin B API?

shipping chemicals by air

Amphotericin b is very sensitive to light, make sure to avoid direct sunlight during transportation and storage.

Transport Conditions: It is a safe and common chemical. Not dangerous.

According to testing results from DGM, it is said as below: 

According to IATA DGR Special Provision A3, it is classified as “Not Restricted, as per Special Provision A3”.

As an antibiotic, it is highly recommended to be shipped at low temperatures.

First thing first, there are two GRADES and three TYPES of amphotericin b powder for different dosage forms. shipping temperature and storage conditions are slightly different.

For Oral Grade or conventional type.

For the conventional type, we can ship it at room temperature but store it under a temperature of 2~8 Degrees Celsius. 

Please keep it sealed and protected from light and moisture during your storage.

If you want to weigh some during storage, make sure the sample doesn’t absorb moisture.

As we all know a low-temperature chemical will draw moisture into the air. To avoid it:

1) you can weigh the sample after the whole package is back to room temperature naturally.

2) Weigh it under a moisture-free fume hood if it is weighed under 2~8 degrees.

This type of powder is suitable for manufacturing oral dosages and topical formulations, such as tablets, capsules, creams, emulsions, gels, ear drops, ointments, or some veterinary formulations.

For Injection Grades: (Liposomal type and non-liposomal type)

For the shipping and storage of injection grade, especially the liposomal grade, you have to take extra precautions.

You can not ship it at room temperature like conventional grade but have to transport it by cold-chain shipping methods.

Estimate how many days it will take to deliver it, and add enough ice bags to keep it cool, at the same temperature we store it, 2~8 Degrees Celsius.

Of all those three grades, the liposomal type is the most expensive one and it has the highest potency.

We have to refine it by recrystallization at least twice to get it.

This should be all the knowledge we want to share with you guys, in case you have different opinions, welcome to leave us a message or comment below.

Any of your feedback will be much appreciated.

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