the last 10 years has allowed the information that can be gleaned from fossil humans to increase exponentially. “Specifically, its application has allowed features distinguishing the teeth of Neanderthals from those of present populations to be identified, by observing their internal structures”, she explains. Milk teeth Over the next few years it is hoped to be able to extend this research to studying the milk teeth from the four “Ratoncito Pérez” (Spanish fantasy character equivalent of the Tooth Fairy) Tooth Collection Campaigns”, held on European Researchers’ Night. This is a citizen science initiative coordinated by the Dental Anthropology Group to create the most complete collection of deciduous dental pieces in the world. “These future studies could

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turn out to be of great significance because, contrary to what South Korea WhatsApp Number List happens in adult skeletons, children do not have well-defined sexual features in their bone structures, and therefore analyzing their teeth using microCT might be the only way to determine their sex beyond DNA techniques”, affirms this CENIEH researcher.Basal metabolism is the minimum energy an organism consumes to stay alive. An adult human in absolute rest and at room temperature of 20º C consumes approximately one calorie per kilo and hour. However, an elephant spends an average calorie per kilo of mass in the same time and a mouse a whopping 70 calories per kilo. What is the cause of this difference? One of the first to realize the phenomenon was Max Rubner when he

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studied in 1883 the basal metabolism of dogs with different sizes. Rubner proposed that the cause of the phenomenon was the heat that was lost through the skin. Since the surface of the skin varies with the square of the size of the animal, while its volume varies with the cube, this would imply that the basal metabolism B varies proportionally to the mass raised to 2/3, M2 / 3. However, in 1932, measurements made by his namesake Max Kleiber in mammals over a larger mass range, including oxen and rats, seemed to indicate that metabolism actually varied according to M3 / 4, a relationship we know today as the law of Kleiber. The search for an explanation for this exponent opened an intense debate for decades, which seemed to conclude in 1997 with

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