Identify two healthcare problems with mathematical solutions. An actual or hypothetical situation may be used as an example. Any actual situation should be presented as a hypothetical one, with any names and other identifying information changed to protect anonymity. For each problem, begin with a brief summary of the situation. Provide step-by-step demonstration of the math execution. Give a rationale for why this example is important to practice.
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The use of mathematics in healthcare cannot be ignored. Basic mathematical principles like the BMI which dictates the response to lifestyle conditions and the use of formulas to | PLACE YOUR ORDER NOW AT writtask.com | dosage requirements for different kinds of patients are just but examples of mathematical applications in healthcare delivery (Capan et al., 2017).
Problem 1
One of the critical aspects in healthcare is to ensure that the right medical prescription in terms of dosage is | PLACE YOUR ORDER NOW AT writtask.com | or error in the prescription may result in possible health complications among | PLACE YOUR ORDER NOW AT writtask.com | critical for patients from all ages, it is particularly critical for children whose immune system may not be as strong as compared to | PLACE YOUR ORDER NOW AT writtask.com | t that healthcare providers implement day to day calculations of the prescriptions being given to the patient to ensure that the right prescription and dosage is administered. Furthermore, the calculations in developing the dosages need to be developed based on scientifically proven formulas using evidence-based practices. For instance, the use of Young’s Rule has been critical in developing the dosages in the drugs being given to | PLACE YOUR ORDER NOW AT writtask.com | Thalhah, Tohir, Nguyen, Shankar & Rahim, (2019), The Young Rule’s formula is given as:
Child Dose = (Childs Age in yeas/ child’s age in years + 12) * the Adult Dosage
The use of this approach is used based on the fact that there exist notable differences in size, weight and even the level of tolerance experienced by children when compared to adult | PLACE YOUR ORDER NOW AT writtask.com | is necessary to have a standardization approach that can help come up with dosages that are appropriate for children | PLACE YOUR ORDER NOW AT writtask.com | the Young’s Rule is especially critical in situations where the adult medication has not been recommended for use by children as per the manufacturer’s directive. For instance, if an adult has a prescribed 200mg tablet in a day, an 8-year old’s dosage can be given as:
The child’s dose = 200 mg * (8/ (8+12)) = 80 mg per day.
Problem 2
The second problem is the application of mathematical calculations by doctors to prescribe the dose of medication by considering the height as well as the weight of the | PLACE YOUR ORDER NOW AT writtask.com | n also consider the provision of the IV fluid and adjusting the dosage after considering the drip | PLACE YOUR ORDER NOW AT writtask.com | example that can demonstrate the role of mathematical calculations in provision of care is the calculation of BMI to prescribe the best lifestyle-related medical remedy for a patient suspected to be having a chronic condition (Quintanilla, Ballestín & Pérez, 2020).
Consider a patient that has a bacterial | PLACE YOUR ORDER NOW AT writtask.com | diagnosis shows that the patient weighs 100 lbs. and may need 20mg twice a day of amoxicillin whose concentration is 100 mg/ ml. What could be the best daily dosage that the patient will be given based on the client’s weight?
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