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Researchers in Haiti once scanned the brains of three people believed to be long-deceased individuals returning from the dead - or zombies. In a study published in 1997, researchers investigated three such cases, using electroencephalography and DNA testing techniques to try and find a rational explanation for a Haitian Voodoo theory that the spirits of the dead can be captured by sorcerers called bokors, who use these souls to reanimate fresh corpses into zombies who walk around rural areas. One case involved a woman who had died aged 30 and was spotted three years later by family members who recognised her because of a distinctive facial mark. A local court then authorised the opening of the woman’s grave, revealing it to be full of rocks. Describing the 'zombie', the study authors explained that “she kept her head in a lowered position, and walked extremely slowly and stiffly, barely moving her arms.” She was also unable to communicate “but would occasionally murmur some incomprehensible but stereotyped words.” But the scan showed her “electroencephalogram and central nervous system examination were unremarkable” and said she may have had catatonic schizophrenia, but couldn't explain how she came back from the dead. Sign up to our free Indy100 weekly newsletter They proposed that the woman might not have died at all, but may instead have been poisoned by a “neuromuscular toxin” to induce catalepsy and trick relatives into thinking she was dead. A lack of oxygen within the grave may have resulted in brain damage, thus explaining her zombie-like state when she was taken out of the grave. Next, the study described a 26-year-old man who was seen at a local cockfight 19 months after being buried. The man’s uncle was subsequently found guilty of using sorcery to zombify the man, who was then kept chained to a log at his parents’ house. But clinical examinations found nothing weird and the man was diagnosed with “organic brain syndrome and epilepsy.” And DNA testing revealed that he was not even the man who had died shortly beforehand. In a similar case, a 31-year-old woman was identified as a villager who had been dead for 13 years. Once again, however, a medical examination revealed that she was a normal human while genetic analyses showed that she was not the dead individual after all. The study authors concluded that “mistaken identification of a wandering, mentally ill, stranger by bereaved relatives is the most likely explanation.” Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

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A man paralysed in a bicycle accident more than a decade ago has regained the ability to stand and walk naturally, using technology developed by researchers in Switzerland. Neuroscientists at the Ecole Polytechnique Federale de Lausanne (EPFL) have created what they call a “wireless digital bridge” which is able to restore the connection lost between the brain and the spinal cord. This digital bridge is a brain–spine interface which allows Gert-Jan Oskam to regain control over the movement of his legs, enabling him to stand, walk and even climb stairs. The team said their technology also enabled Mr Oskam to recover some of the brain function he had lost since his accident, where he was able to show motor skills when the digital bridge was turned off. According to the researchers, this “digital repair of the spinal cord suggests that new nerve connections have developed”. Mr Oskam, 40, an engineer from the Netherlands, was living and working in China when he had a cycling accident in 2011. He injured his spinal cord and lost movement in his legs. Neurosurgeon Jocelyn Bloch, who is a professor at the EPFL, said: “When we met Gert-Jan, he was unable to take a step after a severe spinal cord injury.” Gregoire Courtine, a professor of neuroscience at the EPFL, said: “To walk, the brain must send a command to the region of the spinal cord responsible for the control of movements. For the first time after 10 years (I was able) to stand up and have a beer with some of my friends, so that was pretty cool Gert-Jan Oskam “When there is a spinal cord injury, this communication is interrupted. “Our idea was to re-establish this communication with a digital bridge – an electronic communication between the brain and the region of the spinal cord that is still intact and can control the leg movements.” Mr Oskam underwent two surgeries to implant electrodes in the brain and the spinal cord to make the digital bridge. The technology uses artificial intelligence to convert movement thoughts into actions, establishing a direct link between the brain and spinal cord regions involved in walking. Prof Courtine said: “For the first time this digital bridge bypasses an injury, restoring the communication between two regions of the central nervous system that are disconnected.” The team said their findings, published in the journal Nature, establish a framework where natural control of movement can be restored after paralysis. Mr Oskam said he is able to walk at least 100 metres or more, depending on the day. He is also able to walk on crutches, when the implant is switched of, raising hope that technologies such as these could restore lost nerve function. Prof Courtine said: “What we observed is a digital repair of the spine, a recovery of neurological function that he has lost for many years.” Mr Oskam said: “For the first time after 10 years (I was able) to stand up and have a beer with some of my friends, so that was pretty cool.” Read More Charity boss speaks out over ‘traumatic’ encounter with royal aide Ukraine war’s heaviest fight rages in east - follow live Meta Ireland to cut about 490 jobs Netflix begins crackdown on password sharing in the UK and US Netflix begins sending emails to UK customers about account sharing

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