BIOMOLECULES - hierarchy paradigm that leads structural complexity |
elements
- C, H, O, N -
ecb/5e-fig
2.5 All elements commonly found in living organisms have outermost shells that are not completely filled with electrons (red) & can thus participate in chemical reactions with other atoms. Inert gases (yellow), in contrast, have completely filled outermost shells and are thus chemically unreactive. |
stable monomers - sugars, amino acids, nucleotides - ecb5e/Panels 2 -4, -6, & -7 [pg72-79] |
polymers - carbohydrates, proteins, & nucleic acids - ecb/5e-fig 2.17* |
metabolism - complex enzymatic pathways - ecb5e- fig 3.1* |
supramolecular complexes - proteosomes, spliceosomes, molecular motors* |
organelles - a subcell entity* with specific metabolic function (2b) |
cells - basic unit of living systems |
organs - brain, heart, muscle, liver, kidney, lungs, skeleton, etc... |
organisms - complex living entities exhibiting EMERGENT PROPERTIES |
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