answersLogoWhite

0


Best Answer

The DNA of each individual is unique. No two individuals share the same genetic make up unless they are identical twins. Analyzing DNA samples found at a crime scene can help place a suspect at the crime scene.

If it can be legally proven that a suspect was present at a crime scene, there is practically no refutation to this finding. DNA test data is very valuable in court.

But if you were never at the scene of the crime how can they prove you were anyone could have put it there?

User Avatar

Wiki User

14y ago
This answer is:
User Avatar
More answers
User Avatar

Wiki User

14y ago

Well im just going to say somthing basic it is more accurate

This answer is:
User Avatar

User Avatar

Wiki User

13y ago

DNA is important because, DNA can help policemans and detectives find out who the person is that did the crime or any other serious things.

This answer is:
User Avatar

User Avatar

Wiki User

9y ago

DNA analysis is used in a criminal investigation to find the person who did the crime. They can use DNA from blood, skin, and even hair samples.

This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: What are the benefits to using DNA to solve crimes?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Related questions

What are the benefits and the limitations to using DNA to solve crimes?

The benefits of using DNA to solve crime are many. Every human has their own DNA which means that no matter how well someone tries to hide their identity, they can never change their DNA. This translates to being able to use DNA to track down a criminal or identify a victim's body. The limitations of the process are many though as DNA can wash away before it is collected.


Can DNA technology to solve crimes?

yes


How is DNA fingerprints used to solve crimes?

DNA fingerprints are used in forensic investigations to link suspects to a crime scene or to eliminate suspects. By comparing the unique patterns of DNA found at a crime scene to those of potential suspects, forensic analysts can establish if there is a match, helping to identify or rule out individuals involved in the crime. This scientific method provides strong evidence for solving crimes and is a valuable tool in the criminal justice system.


What helps to solve crimes because no two people have the same DNA except identical twins?

If there is DNA at a crimescene, you can connect it to a persons DNA.


How can DNA solve crimes?

It can be used to identify the criminals easily if the criminal's hair sample or blood sample is collected and comparing it with the DNA of the suspects


How is biotechnology used to solve crimes?

DNA evidence can help convict criminals or show that an accused person is innocent.


How do police use DNA to solve crimes?

it helps police investigation to see if it was committed by e serial criminal


Do you think DNA fingerprinting is good evidence for solving crimes. why or why not?

Do you think DNA fingerprinting is good evidence for solving crimes. why or why not?Do you think DNA fingerprinting is good evidence for solving crimes. why or why not?


What is another word for recombinant DNA?

Another Word for DNA is very simple it is Deoxyribonucleic Acid. Also DNA is a easy way to identify things about yourself. Many police and scientist use DNA to solve Murders or Crimes and also Mysteries


What percent of crimes are solved by DNA?

over 9000


What is DNA information used for?

There are many various uses for the DNA in the modern world. For example, DNA is used to solve crimes, in the paternity and maternity tests, and in the medical and genetic research. The basic principal is that any living organism has individual DNA pattern that's unique and proprietary to them. There are exceptions to this rule, identical twins for example have identical DNA.


What first prompted james watsons desire to solve the structure of dna?

In 1950, Watson studied x-ray crystallography and was assigned to share an office with Francis Crick. Watson had the idea of using x-ray pattern of proteins on DNA.