Qualifications and Education: Qualified applicants will be committed to both classroom teaching and collaborative research involving undergraduate and graduate students. Applicants with the capability to teach an integrated human anatomy and physiology course and associated labs are encouraged to apply. In addition, experience teaching cadaver-based anatomy or advanced physiology is desired. The area of research emphasis is open, although we encourage candidates whose research complements foci of existing faculty to apply. The successful candidate must have obtained a Ph.D. Responsibilities: Duties include a 9-contact hour teaching load per semester, scholarship, and service. The primary teaching duties for this position will be an integrated anatomy and physiology course, although faculty may be asked to teach in other areas of expertise, including cadaver-based anatomy or advanced physiology, depending on past experience and educational background. Salary: Competitive and commensurate with qualifications. Startup funds for research are available. Department: The Biomedical Sciences department has been a rapidly expanding department at Grand Valley State University. The department has approximately 1,300 undergraduate majors, 42 full time faculty members, a Master’s degree program, and offers courses that support other undergraduate majors, the university’s general education program, GlycoCares Wellness Guideblood sugar balance and select graduate programs. Along with our primary teaching and research facilities, a new science building was recently completed to support laboratory opportunities for students and faculty, including a vivarium, aquatic facility, plastination lab, and advanced microscopy suite including a confocal microscope. University: Grand Valley State University is a public institution with 22,209 undergraduate and 3,251 graduate students located in Grand Rapids, Michigan. The university is committed to creating an inclusive and diverse environment for faculty and students while promoting enrichment of society through excellent teaching, active scholarship, and public service. Grand Valley State University is an EOE, which includes protected veterans and individuals with disabilities. The review process will begin on November 3rd and will continue until the position is filled.
Healthy kidneys maintain the blood creatinine within a normal range. However, as kidney function declines, the kidneys may be unable to clear the creatinine level in the blood. Abnormally high levels of creatinine could indicate potential kidney malfunction or failure. For this reason, the doctors conduct a creatinine test (along with other tests) to determine how well your kidneys perform. Any condition that affects the function of the kidneys is likely to elevate the creatinine level in the blood. It is essential to work with your nephrologist to develop a treatment plan to address any medical issues that might be implicating your kidney function. In this article, we will look at the definition of creatinine, the test to determine the creatinine levels in the blood, ways to lower creatinine levels, and myths about lowering creatinine. Creatinine is a waste product produced mainly by muscle activities from the breakdown of the compound called creatine. Creatine is a metabolite from creatine phosphate from muscle and protein metabolism, which the body uses to supply energy to the muscles.
As the muscles use energy, the tissue that comprises the muscles break down naturally, releasing the creatinine into the bloodstream. Creatinine can build up in the blood from a high protein intake, intense workout, medication or supplement Glyco Care dosage, or if a person has a kidney problem. Healthy kidneys filter creatinine from the blood and excrete it from the body through urine. However, impaired kidneys couldn’t filter creatinine and other waste materials properly from the body, thereby causing waste buildup. Doctors typically use a creatinine test to determine kidney function. However, checking the presence of creatinine alone in your blood isn’t the best way to evaluate your kidney health since your creatinine level is dependent on your age, race, gender, and body size. The best way to determine your kidney function is through Glomerular Filtration Rate (GFR). GFR is a calculation of your creatinine level, age, gender, race, and weight. Your GFR number will help your doctor determine if you have kidney disease.
If your GFR number is below 60 for three months you may have kidney disease. Moreover, you may have kidney disease if your GFR number is above 60 with signs of kidney damage (presence of protein in the urine). Creatinine levels can be determined through two types of tests: a Glyco Care blood sugar formula test and a urine test. The blood test a.k.a. A healthcare specialist will draw blood from a vein in your arm during this test, then send the blood samples to a lab for further analysis. Serum creatinine levels will elevate as kidney function declines. In the case where your kidney function is very low, or your muscle mass is abnormal, a creatinine clearance test becomes necessary. Your doctor may likely request a random single 24-hour urine sample, which involves collecting your urine for 24 hours. Serum creatinine is measured by milligrams (mg) of creatinine per deciliter (dL) of the blood.
Meanwhile, the creatinine clearance is measured in milliliters (ml) of blood filtered per minute (min). Important Note: For Serum Creatinine tests, see numbers in “SC” and for Clearance Rate tests see numbers in “CR”. It is essential to note that this chart is for general reference. As mentioned, the serum creatinine normal range is dependent on a range of factors such as age, gender, hydration, or body mass. Hence, you must not interpret your lab results by yourself. Consult your doctor as they will evaluate and interpret your numbers and explain them to you. Although high levels of creatinine are indicative of potential kidney problems, other possible reasons could elevate your creatinine levels. These reasons may be one-time occurrences, such as dehydration or intake of large amounts of supplement creatine or protein. Other causes of high creatinine may suggest a health condition. These conditions can impair kidney functions or indicate kidney disease.