DNA of Sandy Hook killer Adam Lanza to be examined for ‘evil’ gene in first study of its kind ever conducted on a mass murderer

DailyMail

The study will be the first one of its kind and will evaluate any genetic evidence for the mass killing of 20 first graders, six members of staff at Sandy Hook Elementary School and his own mother.

Scientists have been asked to study the DNA of Newtown school killer Adam Lanza to see if has an 'evil' gene that led him to carry out the massacre.

The study, which will look at any abnormalities or mutations in his individual DNA, is believed to be the first of its kind ever carried out on a mass murderer.

Lanza slaughtered 20 children and six adults in one of America's worst ever school shootings on December 14, 2012.

 
Sandy Hook Elementary School shooter Adam Lanza at an unknown location in 2005 - Lanza's DNA is being examined for any evidence that could shed light on his actions that day

Sandy Hook Elementary School shooter Adam Lanza at an unknown location in 2005 – Lanza's DNA is being examined for any evidence that could shed light on his actions that day

The 20 year old also shot dead his mother Nancy before taking his own life as police closed in on him at the Sandy Hook elementary school in Connecticut.

The massacre prompted President Obama to look into new gun controls and banning assault rifles such as AR-15 Bushmaster used by Lanza in his rampage.

The study of the killer's DNA has been ordered by Connecticut Medical Examiner H. Wayne Carver who carried out the post mortems on all the victims.

He has contacted geneticists at University of Connecticut's to conduct the study.

Geneticists said they are likely looking at Lanza's DNA to detect a mutation or abnormality that could increase the risk of aggressive or violent behavior.

They could analyse Lanza's entire genome in great detail and try to find any unexpected mutations.

Arthur Beaudet, a professor at Baylor College of Medicine, said the University of Connecticut geneticists are most likely trying to 'detect clear abnormalities of what we would call a mutation in a gene'.

He added: 'Or gene abnormalities and there are some abnormalities that are related to aggressive behavior.

'They might look for mutations that might be associated with mental illnesses and ones that might also increase the risk for violence.

 

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