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[[Image:Dopamine degradation.svg|thumb|right|Biodegradation of dopamine]]

...Yuan, Jeanne M. VanBriesen "The Formation of Intermediates in EDTA and NTA Biodegradation" Environmental Engineering Science 2006, volume 23, pp. 533-544. {{doi|10.1

...iren]] has good water solubility and low lipophilicity and is resistant to biodegradation by peptidases in the intestine, blood circulation, and the liver. It was ap

...de those produced by plants, animals, and geological processes. They are [[Biodegradation|biodegradable]] over time. They can be classified according to their origin

...FJ, and Lemons JE (eds), New York, Academic Press, pp 64—72, 1996</ref> Biodegradation can be accomplished by synthesizing polymers with hydrolytically unstable l

...in the environment at high concentrations. The final products from aerobic biodegradation are ultimately CO₂ and water. The biodegradation of cellulose is complicated, because cellulose exists together with lignin,

...nges may be undesirable, such as changes during use, or desirable, as in [[biodegradation]] or deliberately lowering the molecular mass of a polymer. Such changes oc

Oil-eating bacteria [[biodegradation|biodegrades]] oil that has escaped to the surface. [[Oil sands]] are reserv

...human skin and possesses anti-bacterial properties. It is marketed as a [[biodegradation|biodegradable]], [[renewable resource|renewable]] synthetic fibre.<ref>{{ci

==Biodegradation== ...of DOC was observed. This factor was attributed to adsorption rather than biodegradation. However, bacterial strains capable of degrading aminopolyphosphonates and

...nBriesen, J. M. | title = The Formation of Intermediates in EDTA and NTA Biodegradation | journal = Environmental Engineering Science | volume = 23 | issue =

...Yuan, Jeanne M. VanBriesen "The Formation of Intermediates in EDTA and NTA Biodegradation" Environmental Engineering Science 2006, volume 23, pp. 533-544. {{doi|10.1