这些产品减少血液pH值从而扭转体内平衡和渗透压平衡。因此,遇到当地酸中毒导致脊椎骨架逐渐损耗的为了收集必要的营养素缓冲(巴赛尔,1995),(Mc。唐纳德et al .,2008)。不同的矿物存在的骨头正在积极吸收这些酸可以缓冲从而导致重要营养特别是钙的活性损失,这是在大多数情况下通过尿液排泄出来从而增加进一步骨质疏松等骨相关疾病的潜在风险。
These by products decrease the blood pH level thereby reversing the homeostasis and osmotic balance. Thus, local acidosis is encountered which leads to gradual depletion of the vertebral skeleton in order to gather the requisite nutrients for buffering (Barzel, 1995), (Mc. Donald et al., 2008). The different minerals which are present in the bones are actively reabsorbed so that these acids could be buffered thereby leading to the active loss of important nutrient especially calcium, which is in most cases excreted out through urine thereby increasing the further potential risk for osteoporosis and other bone related disorders.
The research conducted by Maurer et al. (2002), tries to draw light on the ingredients of western diet which have been found to be potentially hazardous when linked to bone related disorders like osteoporosis and calcium nephrolithiasis. They have researched and documented that the administration of alkali results in the retention of calcium thereby inhibiting the reabsorption of the same from the bones. This has been attributed due to the fact that the western type diet is rich is acid thus the reabsorption from the bones increase thus decreasing the level of calcium within the bones.
One point of research which stills needs to be explored lies on the fact that the mode of action for acid load balance is unknown, i.e. whether the bone calcium directly or indirectly helps to maintain homeostasis remains a matter of study.