第一次与大卫·阿滕伯勒生活

我看着和大卫·阿滕伯勒第一生活。再次他指的是“简单的细胞”,以及它如何演变成高级生命。它是一个事实,一些受人尊敬的科学家们说,即使是“简单细胞”太复杂的偶然。简单的复杂的分子生物不能繁殖。在细胞外,他们打破。细胞内,他们如果没有其他复杂的分子的帮助就无法繁殖。例如,酶是需要产生一种特殊的能量分子称为三磷酸腺苷(ATP),但从ATP能量需要产生的酶。同样,DNA是必需的酶,但酶是必需的DNA。还可以进行其他蛋白质只有一个细胞,但细胞可以只与蛋白质。怎么可能对自然生活,尤其是在进化论者所说的不稳定和不可控的条件。 Even some evolutionist say a hostile early environment was present. Yet scientists today are failing to "create life" with all the experimental conditions controlled. The advance of microbiology has made it possible to peer into the "simple cell". One such cell is the prokaryotic cell. This cell has a sophisticated tough , flexible membrane which in many ways protects the cell, shielding it from a potentially hostile environment. This membrane is not solid though, it allows the cell to "breathe", permitting small molecules, such as oxygen, to pass in or out. But the membrane blocks more complex , potentially damaging molecules from entering without the cells permission. The membrane also prevents useful molecules from leaving the cell. I have investigated some of the facts into how this "simple cell" manages these feats and it is truly remarkable although extremely complex. The Internet with its millions of computers and high speed data cables, is clumsy in comparison. The technical brilliance evident in this most basic of cells is beyond the scope of human invention.