Tag: ce credits for x ray techs

Good Nutrition for Healthy Bones in Adults

good nutrition for healthy bones

A diet that is considered appropriate for optimal bone health is also recommended for overall good health and the prevention of chronic diseases. Thus, healthcare providers have an opportunity, at every patient encounter, to provide counseling with regards to good nutrition for healthy bones. This nutritional counseling is vital to prevent many common “lifestyle” diseases such as obesity, hypertension, and diabetes. Therefore, healthcare professionals should not miss this excellent opportunity to reinforce the importance of a healthy balanced diet in terms of both overall health and bone health.

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Importance of Bone Health as a Public Health Issue

importance of bone health

Bone health is a pressing issue in America and around the world. It needs to be addressed with a preventive approach with the early institution of interventions. There is a need for healthcare providers to understand the importance of bone health as a public health issue. The goal is to promote strong bones in the American population so that fractures and their associated complications can be prevented. In this article we provide a brief overview of how bone health is an important public health issue.

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Techniques to Reduce Bone Densitometry Radiation Dose

bone densitometry radiation dose

In this article we talk about bone densitometry radiation dose and the techniques that radiologic technologists can apply to reduce it. The two key principles in patient radiation protection are justification and optimization. Justification implies that any X-ray exposure is justified clinically. It means the examinations that will not affect the patient’s care are avoided. Once an examination is justified, optimization consists of activities that reduce bone densitometry radiation dose. This means delivery of the smallest possible dose to the patient.

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Osteogenesis Imperfecta or Abuse: Can You Tell the Difference?

osteogenesis imperfecta types

The human skeleton can be affected by a number of developmental disorders and genetic abnormalities. One of the most common developmental disorders of the skeleton is a spectrum of inherited conditions called osteogenesis imperfecta (OI) or brittle bone disease.  Individuals with this disorder have fragile bones that are prone to fractures. There are various osteogenesis imperfecta types that result from mutations or genetic defects.

X-ray technologists often encounter patients with OI when they present for radiographic imaging of fractures. However, it can be difficult to tell the difference between OI (especially the milder osteogenesis imperfecta types) and non-accidental injuries. Let’s take a look at the causes, types, and symptoms of this condition, the role of DXA in diagnosis, and how to tell the difference between OI and abuse.

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