A Canadian teenager has been arrested after allegedly stealing $36.5 million in cryptocurrency from a person in the US. The police claim it was the largest such heist involving one victim ever registered in North America.
Police in the city of Hamilton, Ontario, arrested the unidentified perpetrator on Wednesday, after over a year investigating what they have described as the biggest-ever cryptocurrency theft from a single person in either the US or Canada. Local police began a joint investigation with the Federal Bureau of Investigation and the US Secret Service Electronic Crimes Task Force in March 2020, when the theft was reported.
The Hamilton Police Service said it had made “multiple” seizures in excess of CA$7 million (US$5.5 million) during the arrest, which came after investigators noticed some of the stolen money had been used to buy an online username considered “rare” in the gaming community, according to a police statement.
The victim was apparently targeted by a cell phone hijack known as SIM swapping. This method involves manipulating cellular network employees to duplicate phone numbers in order to let the scammer intercept the two-factor authorization requests that allow them access to a victim’s account.
This method is considered especially potent because a lot of people use the same password for multiple sites, according to Detective Constable Kenneth Kirkpatrick, of the Hamilton Police’s cybercrimes unit. He added that cyber and cryptocurrency crimes were becoming increasingly common, but noted that the figures involved in this case were “very surprising.”
“It’s a large amount of money in anybody’s opinion,” Kirkpatrick said, adding that the case was currently in the Hamilton court system.
The police haven’t revealed the age or gender of the youth, the username they purchased, or whether they were acting alone.
Scientists in Sweden claim that a single protein in the blood could predict the onset of Type 2 diabetes nearly 20 years in advance. The breakthrough potentially affects hundreds of millions of people worldwide.
Diabetes is the world’s ninth-leading cause of death, and affects nearly half a billion people worldwide, according to the World Health Organisation (WHO). The vast majority of diabetes patients suffer from Type 2 diabetes, a condition that can lead to blindness, kidney failure, heart attacks, strokes, and lower limb amputation. Cases of diabetes quadrupled worldwide between 1980 and 2014, with unhealthy diets and lack of exercise blamed for the rise.
However, researchers at Lund University in Malmo, Sweden claim that elevated levels of a certain protein – follistatin – in the blood can predict the onset of Type 2 diabetes regardless of a person’s age, weight, diet or activity level. In a study published last week, the scientists wrote that high levels of follistatin can predict the condition up to 19 years before symptoms appear.
To discover the link between follistatin and diabetes, the researchers tracked 5,300 people from Sweden, Italy, and the UK for between four and 19 years. Follistatin helps break down body fat, while simultaneously leading to an increase in fat in the liver. This buildup can cause fatty liver disease and Type 2 diabetes.
“This study shows that follistatin has the potential to become an important biomarker to predict future Type 2 diabetes, and it also brings us one step closer to the understanding of the mechanisms behind the disease,” Dr. Yang De Marinis, associate professor at Lund University and lead author of the study, told a university newsletter. De Marinis added that the next step for her team would be to help develop an AI-based diagnostic tool that could analyze a patient’s blood sample and use their follistatin levels – and other biomarkers – to calculate their “risk score” for Type 2 diabetes.
As follistatin levels rise in response to food intake and activity levels, the same advice for prevention of diabetes still applies. “Balanced meals, eat[ing] healthy and regular exercise are important to decrease the risk of developing Type 2 diabetes,” De Marinis told StudyFinds.
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