The <u>Pharmacy </u>(pathology<u>)</u> hospital department would the laboratory coordinate therapeutic drug monitoring.
The study of disease is known as pathology, which is a connecting bridge between science and medicine. It go through every aspect of patient care, from diagnostic testing or treatment advice to the usage of cutting-edge genetic technologies and preventing disease.
However, the pathology laboratories even assist doctors in researching, interpreting biopsy and other specimen results in a laboratory setting.
A Pathology Laboratory is where tests are carried on clinical specimens to collect information about the health of a patient to aid in diagnosis/treatment, and prevention of disease.
It is so because most of the patients interaction with the laboratory is with the phlebotomy section, as they provide the major role of being the face of the laboratory. A pathology connects science with medicine by studying the causes and progression of diseases.
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Answer:
by blood tests such as, for example, Glomerular filtration rate (GFR)
Explanation:
Diagnosis of kidney problems can be made by different types of blood tests including, among others, Glomerular filtration rate (GFR) and blood urea nitrogen test (BUN). These tests are able to measure the accumulation of waste products in the blood. GFR is one of the best techniques to measure kidney function by determining levels of an endogenous blood biomarker, for example, serum creatinine levels. Creatinine levels can be higher than normal due to blockage of the urinary tract and it can occur during kidney infections such as pyelonephritis. GFR test measures how much blood passes through the glomeruli -a network of small capillaries that filter blood in the kidneys- in each minute. GFR values are low at birth but increase with age.
-Ultraviolet (UV) exposure – The sun is the most well-known source of UV radiation, but UV rays also come from tanning beds and other artificial sources.
-Genetics – Some risk factors of skin cancer can be inherited through our DNA.
-Immunosuppression – Some conditions, like AIDS, and certain medications, such as those provided after organ transplants, can suppress the body’s immune system and might contribute to the development of skin cancer.
-Radiation exposure – In addition to UV, there are other forms of radiation that may adversely affect the skin cells, such as X-rays or therapeutic radiation.
-Toxic sunscreens -- Most sunscreens block the absorption of Vitamin D with toxic chemicals that seep through the skin and into the bloodstream and all throughout your body. Using these toxic sunscreens could actually cause cancer. Some toxic ingredients that are in these kinds of sunscreens: oxybenzone. benzene, parabens, homosalate, octinoxate, and octocrylene
Caucasians are more at risk for skin cancer because they have less melanin produced in their skin. Lighter skin tones produce less melanin and are more prone to damaged DNA particulate from UV radiation.
