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Wood Turned Into BoneDoctors and scientists have long been using metals to replace broken bones, but new research from scientists in Italy shows that wood can be transformed into a more effective material that is very similar to human bone. Wood was chosen as a starting point because it already closely resembles the structure of bone, and after 10 days under pressure and heat in a furnace, it becomes a chalky porous material with bone-like properties. This could be a huge leap forward for people suffering from bone loss or traumatic injuries, and what's even better, it all comes from a natural material - wood!1
Wood Turned Into BoneDoctors and scientists have long been using metals to replace broken bones, but new research from scientists in Italy shows that wood can be transformed into a more effective material that is very similar to human bone. Wood was chosen as a starting point because it already closely resembles the structure of bone, and after 10 days under pressure and heat in a furnace, it becomes a chalky porous material with bone-like properties. This could be a huge leap forward for people suffering from bone loss or traumatic injuries, and what's even better, it all comes from a natural material - wood!2
Wood Turned Into BoneDoctors and scientists have long been using metals to replace broken bones, but new research from scientists in Italy shows that wood can be transformed into a more effective material that is very similar to human bone. Wood was chosen as a starting point because it already closely resembles the structure of bone, and after 10 days under pressure and heat in a furnace, it becomes a chalky porous material with bone-like properties. This could be a huge leap forward for people suffering from bone loss or traumatic injuries, and what's even better, it all comes from a natural material - wood!3
Wood Turned Into BoneDoctors and scientists have long been using metals to replace broken bones, but new research from scientists in Italy shows that wood can be transformed into a more effective material that is very similar to human bone. Wood was chosen as a starting point because it already closely resembles the structure of bone, and after 10 days under pressure and heat in a furnace, it becomes a chalky porous material with bone-like properties. This could be a huge leap forward for people suffering from bone loss or traumatic injuries, and what's even better, it all comes from a natural material - wood!4
