Landete-Castillejos Tomas, Estevez Jose A, Ceacero Francisco, Garcia Andres J, Gallego Laureano
IREC Sec Albacete, Universidad de Castilla-La Mancha (UCLM), Albacete, Spain.
Front Biosci (Elite Ed). 2012 Jun 1;4(7):2328-39. doi: 10.2741/e545.
Antlers constitute the only mammal model for limb regeneration. A number of factors affect antler regeneration. In this review, we examine such factors and the potential consequences for organ regeneration. As body mineral stores are depleted to grow antlers, physiological exhaustion is shown in the mineral composition, mechanical performance and, according to preliminary studies, porosity of the antler bone material. Nutrition plays an important role in antler characteristics. Thus, antler composition can be used as a diagnostic tool to assess mineral deficiencies in deer. Studies on ecological effects of exceptional weather in plants suggest that minor minerals, particularly Mn, may play disproportionately roles in mechanical performance of bone material. This suggests that Mn (and perhaps other minerals) is essential to incorporate Ca and P from resorbed skeleton material in antlers. Apart from implications for game management, some effects may have applications for medicine.
鹿角是哺乳动物肢体再生的唯一模型。许多因素会影响鹿角的再生。在这篇综述中,我们研究了这些因素以及对器官再生的潜在影响。由于身体矿物质储备被耗尽以生长鹿角,在鹿角骨材料的矿物质组成、力学性能以及根据初步研究的孔隙率方面都表现出生理消耗。营养在鹿角特征中起着重要作用。因此,鹿角的组成可以用作评估鹿矿物质缺乏的诊断工具。对植物异常天气生态影响的研究表明,微量矿物质,特别是锰,可能在骨材料的力学性能中发挥不成比例的作用。这表明锰(也许还有其他矿物质)对于将钙和磷从吸收的骨骼材料纳入鹿角中至关重要。除了对野生动物管理的影响外,一些影响可能在医学上有应用。