Pharmaceutical Calculations and Tools
1. Difference factor (f1) and Similarity factor (f2) Calculator
2. Acceptance Value for Uniformity of dosage units
3. Online Normality and Molarity Calculator
7. Online Tapped Bulk Density Calculator
8. Online Angle of Repose Calculator
9. Online Carr Index and Hausner Ratio Calculator
10. Measure of Length/ Length Converter
11. Measure of Volume/ Volume Converter
12. Measure of Weight/ Weight Converter
13. Weighing Accuracy/ Smallest Quantity
14. Engineering unit converters
15. Temperature Unit Converter
16. Relative Humidity Calculator
18. Mean Kinetic Temperature Calculator
19. Online Dwell time Calculator of tablet compression
What is Pharmaceutical Calculations and Tools? How it is helpful?
Pharmaceutical calculations are essential and integral elements of the pharmaceutical industry. There are various calcualtion used by pharmaceutical industry professionals and pharmacists for accurately measuring and controlling the properties of drugs and other pharmaceutical products.
These calculations are used in various stages of drug development, commercial production, and quality control of in-process and finished products.
Below are few examples of calculations and their significance in the pharmaceutical industry:
- Difference factor (f1) and Similarity factor (f2) Calculator: This calculation helps to identify the similarity or dissimilarity of two tablet dissolution profiles and provide the details of bioequivalence of two different formulations of the same drug product or difference in the tablet formulation before and after any change.
- Acceptance Value for Uniformity of dosage units: This calculation calculates the acceptance value for the uniformity of dosage units in a batch of tablets or capsules to determine the content uniformity of API in the dosage unit.
- Normality and Molarity Calculator: These calculations determine the concentration of a solution in terms of normality or molarity.
- Molar Mass Calculator: This calculation calculates a chemical compound’s molar mass based on the compound’s molecular weight.
- Dilution Calculator: This tool calculates the concentration of a solution after a dilution.
- Periodic Table of Elements: Periodic Table is a tabular arrangement of chemical elements, organized based on their atomic number, electron configurations, and chemical properties.
- Tapped Bulk Density Calculator: This calculation calculates the Bulk Density and Tapped Density of powders. These values can further help to determine the flow the
- Angle of Repose Calculator: This calculation calculates the angle of repose of powders. The derived value provides the powder flow property.
- Carr Index and Hausner Ratio Calculator: These calculations calculate the compressibility of powders and the flow property of powders.
- Temperature Unit Converter: This calculation tool converts the temperature values of one unit to another unit.
- Relative Humidity Calculator: This calculator shows the inter-relationship of air temperature and moisture content with dew point and wet-bulb temperature as measured by a psychrometric thermometer. The Relative Humidity and Mixing Ratio are calculated from the values input.
- Dew Point Calculator: The calculation calculates the Dew Point values using Dry Bulb Temperature (F), Wet Bulb Temperature, and Wind Speed (mph).
- Mean Kinetic Temperature Calculator: This calculates Mean Kinetic Temperature (MKT), which is a single derived temperature that, if sustained over a specified time, yields the same thermal challenge to a drug product or drug substance as would be experienced over a range of higher and lower temperatures for an equivalent period. The Mean Kinetic Temperature (MKT) is higher than the arithmetic mean temperature.
- Dwell time Calculator of tablet compression: Dwell time of tablet compression is the time for which the tablet punch head remains in contact with the compression roller. That means the duration of time that the compression force is applied when forming the tablet.
Overall, pharmaceutical calculations play a critical role in ensuring the safety and efficacy of pharmaceutical products and are essential for the pharmaceutical industry to produce high-quality drugs and other products that meet regulatory standards.