High on ‘Mad Honey’, Disoriented Bear Cub Rescued in Northwest Turkey

FILE: A handout picture shows a brown bear dubbed Mike by its fans in the eastern Swiss Val Mustair valley on June 30, 2012. REUTERS/Amt fuer Jagd und Fischerei des Kantons Graubuenden/Handout
FILE: A handout picture shows a brown bear dubbed Mike by its fans in the eastern Swiss Val Mustair valley on June 30, 2012. REUTERS/Amt fuer Jagd und Fischerei des Kantons Graubuenden/Handout
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High on ‘Mad Honey’, Disoriented Bear Cub Rescued in Northwest Turkey

FILE: A handout picture shows a brown bear dubbed Mike by its fans in the eastern Swiss Val Mustair valley on June 30, 2012. REUTERS/Amt fuer Jagd und Fischerei des Kantons Graubuenden/Handout
FILE: A handout picture shows a brown bear dubbed Mike by its fans in the eastern Swiss Val Mustair valley on June 30, 2012. REUTERS/Amt fuer Jagd und Fischerei des Kantons Graubuenden/Handout

A disoriented brown bear cub, believed to have been intoxicated after eating an excessive amount of "mad honey", was rescued in northwestern Turkey's Duzce province on Thursday.

Footage showed the bear wobbling and whining as she sat belly-up in the back of a pick-up truck, after people rescued the visibly-debilitated animal from the forest.

Mad honey, or "deli bal" in Turkish, is a type of rhododendron honey that can have hallucinogenic effects, Reuters reported.

The bear was brought to a vet, where she was receiving treatment and would likely be released into the wild in the coming days, local authorities said, adding that she was in good condition.

The agriculture ministry called on Turks on Twitter to come up with a name for the bear.



French Scientists Find New Blood Type in Guadeloupe Woman

A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)
A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)
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French Scientists Find New Blood Type in Guadeloupe Woman

A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)
A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)

A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type, dubbed "Gwada negative," France's blood supply agency has announced.

The announcement was made 15 years after researchers received a blood sample from a patient who was undergoing routine tests ahead of surgery, the French Blood Establishment (EFS) said on Friday.

"The EFS has just discovered the 48th blood group system in the world!" the agency said in a statement on social network LinkedIn.

"This discovery was officially recognized in early June in Milan by the International Society of Blood Transfusion (ISBT)."

The scientific association had until now recognized 47 blood group systems.

Thierry Peyrard, a medical biologist at the EFS involved in the discovery, told AFP that a "very unusual" antibody was first found in the patient in 2011.

However, resources at the time did not allow for further research, he added.

Scientists were finally able to unravel the mystery in 2019 thanks to "high-throughput DNA sequencing", which highlighted a genetic mutation, Peyrard said.

The patient, who was 54 at the time and lived in Paris, was undergoing routine tests before surgery when the unknown antibody was detected, Peyrard said.

This woman "is undoubtedly the only known case in the world," said the expert.

"She is the only person in the world who is compatible with herself," he said.

Peyrard said the woman inherited the blood type from her father and mother, who each had the mutated gene.

The name "Gwada negative", which refers to the patient's origins and "sounds good in all languages", has been popular with the experts, said Peyrard.

The ABO blood group system was first discovered in the early 1900s. Thanks to DNA sequencing, the discovery of new blood groups has accelerated in recent years.

Peyrard and colleagues are now hoping to find other people with the same blood group.

"Discovering new blood groups means offering patients with rare blood types a better level of care," the EFS said.