IU stands for Internation Unit, which is a unit of measurement. However it is based on the affect not a actual measurement. It is commonly used in pharmacy for some medication, vaccines, vitamins and hormones. The amount of the IU is regulated by an internation agreement for each substance. It is monitored by the Committee on Biological Standardization of the World Health Organization.
The thing to remember is that 1 IU of vitamin B is not going to be the same as 1 IU of vitamin E.
1000 iu is how many mL?
4 iu in 0.6 ml
The number of IU in 1 mL depends on the specific substance being measured, as IU (international units) are a measurement unit used for vitamins, hormones, and some medications. To convert IU to mL, you need to know the concentration of the substance in IU per mL.
1 cm3 = 1 mL 1 mL = 0.001 L 10000 cm3 = 10000 mL 10000 mL = 10 L
10,000 IU of vitamin A is equivalent to 3,000 mcg.
To convert milliliters (ml) to international units (IU), you need to know the specific substance's concentration, as IU is a measure of biological activity and not a direct volume measurement. For example, vitamin D has a conversion rate of 40 IU per 1 ml, so 40 ml would contain 1,600 IU. However, without specific information on the substance, the IU equivalent of 40 ml cannot be determined.
The volume corresponding to 5000 IU (International Units) depends on the concentration of the substance being measured. For example, in the case of vitamin D, a common concentration is 1000 IU per milliliter, so 5000 IU would equal 5 ml. To determine the exact volume for 5000 IU of a specific substance, you must know its concentration in IU per ml.
55*10000 = 550,000 ml
0.04
To fill a 1cc syringe for a 125 IU injection, you need to know the concentration of the substance you're injecting (in IU/ml). If, for example, the solution is 100 IU/ml, you would fill the syringe to 1.25 ml to achieve a 125 IU dose. If the concentration is different, you can calculate the volume by dividing 125 IU by the concentration (IU/ml) of the solution. Always double-check with a healthcare professional for accuracy and safety.
This depends on the age of the patient and the methodology used. To give you a general idea, I've listed the reference ranges used by my laboratory: • <1 year: 0-15 IU/mL • 1-5 years: 0-60 IU/mL • 6-9 years: 0-90 IU/mL • 10-15 years: 0-200 IU/mL • Adults: 0-100 IU/mL
There is no fixed amount of IU for every microgram. The mass of one microgram varies for different substances; it is based on the substance's effects.