iu means international unit.
So volume of any liquid in iu is measured by liter.
Therefore
1 liter = 1000 mililiter
So,1 mililiter has (1/1000) liter=0.001 liter
0.001 iu occurred in 1 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.
There is no direct conversion between international units (IU) and volume measurements like milliliters (mL) because IU measures the biological activity while mL measures volume. The conversion depends on the specific substance and its potency.
No. International units are different for each vitamin measured. There is an answer on this site that tells you a few of the equivalents. They are 3.33 iu http://www.answers.com/topic/retinol-1 = 1 μg; 40 iu http://www.answers.com/topic/vitamin-d = 1 μg; 1 iu http://www.answers.com/topic/tocopherol-1 = 1 mg. For more info, search international unit.
1 IU of nystatin is equivalent to 0.0006 mg. Therefore, 100,000 IU of nystatin would be equal to 60 mg.
IU (International Unit) is a measure of a substance's biological activity, not its volume. To convert IU to milliliters, you need to know the potency or concentration of the substance. Typically, this conversion is specific to each substance and requires additional information.
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.
1000 iu is how many mL?
4 iu in 0.6 ml
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 conversion of International Units (IU) to cubic centimeters (cc) depends on the substance being measured, as IU is a unit of biological activity and not a fixed volume. However, for many medications, 1 IU is often equivalent to 0.001 cc (or 1 mL), but this can vary widely. Therefore, 2 IU would typically equal 0.002 cc (or 2 mL) for substances where 1 IU equals 1 mL. Always refer to specific product guidelines for accurate conversions.
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
The conversion of IU to cc depends on the specific medication and its concentration. Typically, 1 cc is equivalent to 1 ml. To convert IU to cc for a specific medication, you would need to know its specific concentration and consult the medication's prescribing information.
0.04
The standard insulin syringe is a total of 1 ml ( 1 cc), but if you are not sure ask someone who can tell you. Too much insulin can be fatal.
There is no direct conversion between international units (IU) and volume measurements like milliliters (mL) because IU measures the biological activity while mL measures volume. The conversion depends on the specific substance and its potency.
No. International units are different for each vitamin measured. There is an answer on this site that tells you a few of the equivalents. They are 3.33 iu http://www.answers.com/topic/retinol-1 = 1 μg; 40 iu http://www.answers.com/topic/vitamin-d = 1 μg; 1 iu http://www.answers.com/topic/tocopherol-1 = 1 mg. For more info, search international unit.
Assuming you have a vial of 5000 iu's, and want to have 125 iu's per dose, follow the following: -add 4 ml's of the water, making a concentration of 1250 iu's per ml. - the tuberculin syringe is one milliliter. it is marked at intervals of one tenth of a milliliter (.1, .2, .3, etc.) A volume of solution of .1 milliliters will be a dose of 125 iu's.