Relating to structural complexity, place the following developments in the correct order: Creation of organic polymers (ie: proteins), development of a genetic code (ie: RNA/DNA), synthesis of amino acids and other organic building blocks, evolution of cells.

Correct Order : development of a genetic code (ie: RNA/DNA) --> synthesis of amino acids and other organic building blocks --> Creation of organic polymers (ie: proteins) --> evolution of cells

Explanation:

The correct sequential order for the structural complexity exists when the RNA existed in the world, better to be refered to as the pre RNA world, where RNA existed as the genetic code and transition took place with its being own template to complementary code.

With the genetic code in existence, amino acid synthesis is very much plausible which led to the building of other building blocks and leading to the formation of organic polymers. With these in process, cells were easily evolved as a result.

answer: the blood-brain barrier is a layer of specialized membranes and cell processes designed to keep undesirable substances from passing from the bloodstream into the precious tissues of the brain. while the blood-brain barrier does keep most bad things out of the central nervous system, it is not impermeable.

explanation:

answer: glucoamylase presented optimum activity at temperature of 55â°c, and, in the glycosidic bonds from the non-reducing ends of starch, resulting in the production of glucose. source and type of fermentation can affect the enzyme's properties

credit to kalahira