Discuss the two main causes of skin cancer.

Answers will vary but should relate to exposure to solar radiation and artificial sources. The greater the intensity and time of exposure, the greater the chances of developing skin cancer. Melanoma risks are greater from high-intensity exposure when you are young. Squamous cell carcinoma and basal cell carcinoma risks are greater with cumulative lifetime exposure.

The two major causes of skin cancer are ultraviolet radiation and radioactive therapy.

Further Explanation:

Cancer cell mainly shows uncontrolled growth and does not go under cell apoptosis. Since the process of apoptosis is programmed cell death. So, if the signal for cell death is misinterpreted or blocked, it can cause an increased growth rate of the cancer cells. The blocking of the signal for programmed cell death means that the cell lives on for a long time, which can easily develop cancer.

Many skin cancers are developed due to sunlight exposure, mainly to ultraviolet (UV) light. If we didn’t protect our skin from the sun, then UV rays coming from the sunlight can damage the skin at the cellular level. Also, it causes mutation, which leads to the development of cancer. Sometimes people taking radiotherapy for skin or hair are under high risk of having cancer. This is because the radiation can cause mutation in the sequence of the DNA that leads to cancer.

Learn more:

1. Learn more about the effects of alcohol on brainhttps://

2. Learn more about alcohol is an antidepressant drughttps://

3. Learn more about the effect of alcohol on body weighthttps://

Answer Details:

Grade: High school

Subject: Health

Chapter: Cancer Biology

Keywords:

Skin cancer, DNA, damage, sunlight, programmed cell death, apoptosis, blocking, develop, cancer cell, exposure, ultraviolet light, cellular level.

the oblique cord is a ligament between the ulnar and radius bones in the lower arm near the elbow. it takes the form of a small, flattened band, extending downward and lateralward, from the lateral side of the ulnar tuberosity at the base of the coronoid process to the radius a little below the radial tuberosity.