Genetics of Skin Cancer

Published by Luke Morais on

Genetics of Skin Cancer

 

What is skin cancer?

Skin cancer is a disease where skin cells grow in a way they’re not supposed to. It often happens on skin that gets a lot of sunlight. One way to lower your chances of getting skin cancer is to spend less time in the sun or to protect your skin from sun rays. Another way is to check your skin often for any changes that look strange. Finding skin cancer early is important because it can be treated more successfully. If you catch it at the start, you have a better chance of getting better. 

 

How was the research done?

Researchers will check if certain factors can predict the chances of getting multiple skin cancers. They will look at data from two different sources and consider the following factors: 

  • Which organ was transplanted.
  • Patient’s age at the time of transplant.
  • Amount of time that’s passed since the transplant. 
  • Basic information about the patient. 

They think these factors will help predict how many skin cancers a patient might develop. Researchers will then test if the way a patient’s body processes certain medications can predict their chances of getting multiple skin cancers. They’ll look at data from two large groups of people and focus on patients who have taken specific medications. They’ll examine how their bodies handle these medications and see if that affects their chances of getting skin cancer. They think that patients whose bodies have a hard time processing these medications might develop more skin cancers. Create and test a dataset of skin cancer images to help predict outcomes. They’ll create a system to gather and organize these images, using both experts and non-experts. They’ll then use this collection of images to find features in the skin cancer that might show if the cancer could get worse.

 

What is the importance of this study?

Researchers want to be able to predict each person’s chance of getting skin cancer based on their own unique situation. They want to create a model that will help us predict how a person’s skin cancer might develop from the time they get their transplant. This would allow them to carry out practical tests to prevent skin cancer in high-risk patients.

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