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BTEC APPLIED SCIENCE UNIT 21 A + B FULL ASSIGNMENT 2022 (DISTINCTION STAR) (NEW) (non ionising, ionising radiation, scenarios, etc) $11.04   Add to cart

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BTEC APPLIED SCIENCE UNIT 21 A + B FULL ASSIGNMENT 2022 (DISTINCTION STAR) (NEW) (non ionising, ionising radiation, scenarios, etc)

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btec applied science full assignment (2022) new assignment , includes: all research on non ionising and ionising radiation all questions answered with case studies etc.. took me 12 hours to complete this assignment non copyright. this lab report gave me a distinction star

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  • March 22, 2022
  • 5
  • 2022/2023
  • Essay
  • Unknown
  • A+

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By: issatobe • 7 months ago

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Ionising Radiation



X-Rays

Introduction:

Ionising radiation is high-energy radiation that removes firmly bound electrons from an atom's orbit,
causing it to become charged or ionized; this can in in the form of a wave or a particle. X-rays are a
type of electromagnetic radiation that resembles visible light. X-rays, on the other hand, have a
higher energy than light and can penetrate through most objects, including the human body.
Medical x-rays are used to provide images of internal organs and tissues.

Benefits:

• noninvasively and painlessly help to diagnose disease and monitor therapy

• support medical and surgical treatment planning; and

• guide medical personnel as they insert catheters, stents, or other devices inside the body,
treat tumors, or remove blood clots or other blockages.

*information found at 1

Risks:

• could develop cancer

• hair loss

• skin reddening

• risk of cancer is larger as you get older

• some organs are radiosensitive

*information found at 1

Side Effects:

• vomiting

• bleeding

• fainting

• hair loss

• loss of skin

*information found at 2




``

, CT Scan

Introduction:

A CT scan combines a sequence of X-ray images taken from various angles around your body with
computer processing to create cross-sectional images (slices) of the bones, blood arteries, and soft
tissues within your body. CT scan images contain more information than standard X-rays. A CT scan
can be used for a variety of purposes, but it's especially useful for quickly examining patients who
may have internal injuries as a result of vehicle accidents or other sorts of trauma. A CT scan can
visualise almost every region of the body and is used to diagnose sickness or injury as well as plan
medical, surgical, or radiation treatment.

Benefits:

• determining when surgeries are necessary

• reducing the need for exploratory surgeries

• improving cancer diagnosis and treatment

• reducing the length of hospitalizations

• guiding treatment of common conditions such as injury, cardiac disease and stroke

• improving patient placement into appropriate areas of care, such as intensive care units

*Information found at 3

Risks:

• CT scans produce ionizing radiation, research shows that this kind of radiation may damage
your DNA and lead to cancer; the risk is still very small (1 in 2,000).


Side Effects:

• Some people are allergic to the contrast materials. Most of the time, the reaction is mild. It
can lead to itchiness or a rash. In very few cases, the dye may trigger a life-threatening
reaction.



Comparing CT Scans to X-Rays



As they are both a form of ionising radiation and both produce image scanning, both of them have
similar risks however, x-rays has more than CT which shows is more harmful; from x-rays you could
develop cancer, lose hair, skin rendering and some organs are radio sensitive. There are no risks
against CT scans.

I would utilise a CT scan to treat a patient who has been admitted to the hospital with stomach
cramping and nausea since I can see what is causing the abdominal pain, however this would not be
as successful because a CT scan could potentially induce abdominal pain. The radiologist would have
to work closely with a radiology technologist because the radiation therapy would be administered
in conjunction with the CT scan.



``

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