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Running head: APPLICATION OF CALCULUS IN MEDICAL FIELD

Application of Calculus in Medical Field
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APPLICATION OF CALCULUS IN MEDICAL FIELD

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Application of Calculus in Medical Field
How is calculus applied in the medical field?
The medical field is a sensitive field that requires accuracy at all times. The medical field
involves dealing with the human body, which is delicate, and there is a need to ensure that all the
operations are done with certainty. Uncertainties and negligence are one of the most extensive
forbidden vocabularies in the medical field. Difficulty and trials in medicine put human lives on
danger, which is a violation of a medical principle to always act in a manner to indicate care and
quality. Calculus is one of the fundamental tools that are used by medical practitioners to
eliminate errors and promote patients satisfaction. Calculus is a branch of mathematics that helps
in understanding changes between values with a relationship. In medicine, calculus is of
paramount importance. Calculus is used as a calculation method in diverse medical applications.
As medicine becomes an essential focus in the economic growth of a country, debate on the
ways of improving the processes has always remained a challenge. The critical aim in the
medical field is to maximize the quality of services offered as well as ensuring that the
measurement procedures are standardized. In the process of achieving high-quality health care,
calculus is the primary tool that is incorporated into various processes. Calculus is essential in
the medical field in ensuring accuracy and patient safety in health care. Calculus is applied
across all medical fields such as cardiology, oncology, pharmacology, microbiology, physiology,
and neurology which has helped in transforming the medical field.
The primary area of application of calculus in the medical field is to measure blood
pressure, tumor growth, and cardiac output. Blood pressures are measured accurately by the use
of calculus in the region (Kocher and Roberts, 2014). Blood pressure is one of the killer diseases
that have been resulting to deaths in our community. The invention of calculus in the medical

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field was a turnaround in the medical field that have led to improvement in the maintenance of
blood pressure in the hospital. In the hospitals, blood pressure is measured using blood pressure
that is put on a patient arm and inflates to increase the strength on the outside. Blood pressure is
measured by measuring the highest pressure and comparing it with the lowest record of pressure.
Through calculus, medical practitioners are able to interpret and understand the level of blood
pressure. Calculus helps in the determination of population genetics, among many other
applications in biology. Noyers Whiter equation is a clear example of the implementation of
calculus in measuring blood pressures and cardiac output. Calculus has helped to reduce the
occurrence of deaths due to excess blood pressure in the body that always occurred
unexpectedly. In the 21st century, it very easy to detect abnormal blood pressure at the earliest
stages and act swiftly in regulating the condition.
Noyer's equation is also used in the calculation of dosage rates in hospitals. Medical
professionals employ calculus in pharmacology to determine the best level of dosage. According
to Kocher and Roberts (2014), medical professionals have the responsibility of ensuring that the
drug is being absorbed in the intended rate in the body to ensure the safety of the patients.
Measuring the dosage that will be in compliance with the expected processes in the body will be
accomplished through calculus. Dosage involves the ability to determine the period that will be
taken to ingest a dose and the time to be taken for the medicine to perform the required work.
Decisions on dosage require high levels of accuracy, and hence calculus is the ultimate solution.
Calculus helps to ensure prescriptions are effective in their work at all times. A drug that
dissolves too slowly or too quickly can cause toxicity or does not affect the human body.
Calculus is very effective in ensuring that the tablets are manufactured in a way that they do not
cause harm in the body.

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Calculus is very is fundamental in discoveries of scientific inventions and machinery that
are used in hospitals. Calculus is used in machines that are used in the hospitals to determine the
ultrasound in the determining of the gender and movement of a fetus in the womb. Through the
use of calculus, medical practitioners can be able to determine the movement of molecules in the
body. It helps in determining the movement of cells in the body and determining the
concentration of the cell in various parts of the body. The medical practitioners are in a position
to identify abnormal behavior of cells and make appropriate decisions on the treatment to be
administered. Doctors apply calculus in identifying the areas in the body that requires attention
more than the others by identifying the movement of the body cells.
Calculus is used in monitoring the rate of dissolving of medicine to ensure the dissolving
rate is effective depending on the condition of the body. Medicines are supposed to follow strict
rules and provide effective monitoring of the drug functioning in the body (Kocher and Roberts,
2014). The rate of absorbing drugs in the body influences the rate of taking the drugs at all times.
It is important to ensure that the drugs are in action at all times in the body. The rate of
dissolution for medicine is accurately estimated through calculus by integration method.
Medication is an area that requires the patients to be attended with the utmost care by the
practitioners to ensure that the intake of the drugs is always consistent with the rate at which the
viruses are attacking the body at all times. Research indicates that the absorption rate of a
medicine influences results by a great extent. It helps to promote patient safety by administering
drugs that are in a position to fight with the virus in the body.
The concentration of white cells in the body is significant in determining the immunity of
a human being. Calculus is used to calculate the number of white blood cells in determining the
immunity of a patient. Accurate identification of white blood cells is very important in

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administering the right medication for the patients. The concentration of the white blood cells
determines the strength of the medication that will be administered to supplement the blood cells
and also the duration of administering treatments. The higher the concentration of the white cells,
the lower the concentration of medicine in the body, the lower the concentration of drugs that are
required to be administered to the patients.
Calculation of the total drug concentration in the blood is critical. An integral can be used
to calculate the concentration of blood by integrating the total drug concentration in blood by
integrating for blood plasma concentration as compared with time. Determining the
concentration of blood plasma in the body helps to ensure the blood remains in liquid form that
is useful in delivering nutrients to the cells. Detection of low levels of plasma in the blood acts as
a call to ensure action is taken for ensuring there is a high concentration of blood plasma.
Calculus helps to ensure that the level of blood plasma in the body is maintained by the
physician to allow efficient distribution of raw materials in the body.
The weight and height of a person are an integral determiner of dosage in a patient.
Through calculus, the medical practitioners are in a position to determine the best ration of
weight and height through a mass index (Fush and Miller, 2012). Calculus allows to recommend
people on their risk of becoming obese and recommend the best actions to take for their bodies.
Obesity is a significant problem that is caused by disproportional weight gain as compared to the
height of a person. The medical practitioners are able to give medications that are relevant to the
weight and the height of the patients. It helps to ensure that the dosage is not excessive nor
inadequate to resolve the complications in the body. Under dosage can be very dangerous
because it can lead to the patients becoming used to drugs and develop some resistance, which
can decrease the immunity in the body. Overdosage is also dangerous in the human body because

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it can lead to the destruction of the white blood cells in the body or other important cells in
various organs of the body leading to dysfunction. It is essential to ensure the dosage that is
administered in the body is aligned with the surface area of the body to allow for equal
distribution of cells.
The rate of drug elimination in the body is always significant. Calculus helps to
determine the rate of drug elimination from the body. The drug elimination rate in the body helps
to determine the number of residue drugs in the body. The rate of drug elimination in the body is
significant to ensure that there is a good concentration of the drugs in the body to accomplish the
desired purpose in the body. Elimination rate helps to make arrangement on the intake rate to
ensure the body always remain safe with the desired level of medication in the body. The higher
the rate of elimination, the higher the intake rate to avoid an insufficient level of white blood
cells. The lower the rate of elimination, the lower the rate of intake of drugs in the body. Too
high removal of drugs from the body might call for an action to be taken to strengthen the rate of
absorption. Calculus is the tool that has helped to ensure the blood in the body is very effective.
A combination of drugs with others is essential in the process of ensuring quality
medication. Calculus is applied in medicine to determine which medication can be taken with
others and the doses that should be recommended (Fush and Miller, 2012). Different drugs in the
body function differently and are administered to achieve a different mission altogether. The
levels of administering different drugs are influenced by the extent of conditions in a patient.
Drugs are classified into painkillers, antibiotics, and other curative effects in the body. When a
person is suffering from a bacteria causing pain, it will be essential to ensure that the person is
administere...