García-Martínez Daniel, Torres-Tamayo Nicole, Torres-Sánchez Isabel, García-Río Francisco, Rosas Antonio, Bastir Markus
Paleoanthropology Group, Museo Nacional de Ciencias Naturales (CSIC), José Gutiérrez Abascal 2, 28006, Madrid, Spain.
Hospital Universitario La Paz, Biomedical Research Institute (IdiPAZ), 28046, Madrid, Spain.
Commun Biol. 2018 Aug 16;1:117. doi: 10.1038/s42003-018-0125-4. eCollection 2018.
Our most recent fossil relatives, the Neanderthals, had a large brain and a very heavy body compared to modern humans. This type of body requires high levels of energetic intake. While food (meat and fat consumption) is a source of energy, oxygen via respiration is also necessary for metabolism. We would therefore expect Neanderthals to have large respiratory capacities. Here we estimate the pulmonary capacities of Neanderthals, based on costal measurements and physiological data from a modern human comparative sample. The Kebara 2 male had a lung volume of about 9.04 l; Tabun C1, a female individual, a lung volume of 5.85 l; and a Neanderthal from the El Sidrón site, a lung volume of 9.03 l. These volumes are approximately 20% greater than the corresponding volumes of modern humans of the same body size and sex. These results show that the Neanderthal body was highly sensitive to energy supply.
我们最近的化石近亲尼安德特人,与现代人类相比,大脑较大且身体非常沉重。这种体型需要高水平的能量摄入。虽然食物(肉类和脂肪消耗)是能量来源,但通过呼吸摄入的氧气对新陈代谢也必不可少。因此,我们预计尼安德特人具有较大的呼吸能力。在此,我们基于现代人类比较样本的肋骨测量和生理数据,估算了尼安德特人的肺容量。凯巴拉2号男性的肺容量约为9.04升;塔邦C1号,一名女性个体,肺容量为5.85升;来自埃尔西多龙遗址的一名尼安德特人,肺容量为9.03升。这些容量比相同体型和性别的现代人类的相应容量大约大20%。这些结果表明,尼安德特人的身体对能量供应高度敏感。