Steroid compounds can be ranked amo

Steroid compounds can be ranked among the most widely marketed products from the pharmaceutical industry. Highly specific reactions
are required to produce functionalized compounds with therapeutic use and commercial value. The complexity of steroid molecules
renders the use of biocatalysts particularly interesting, due to the high regio- and stereo-selectivity of the reactions to be performed. These
characteristics, together with the mild conditions required for bioconversions, led to the development of high yield biological production
processes, which are more environmentally friendly than their chemical synthesis counterparts, a feature that is presently a major concern
of industrialists. Although some of these bioconversions are well-established, efforts are ongoing in order to increase the efficiency of the
existing processes as well as to identify new potentially useful bioconversions. In this work an overview of recent developments on the use
of microorganisms for steroid production is presented.

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Steroid compounds can be ranked among the most widely marketed products from the pharmaceutical industry. Highly Specific reactions
are Required to Produce functionalized with Therapeutic Use and Commercial COMPOUNDS value. The complexity of steroid molecules
Renders The Use of biocatalysts particularly interesting, Due to The HIGH Regio-and Stereo-selectivity of reactions to be performed The. These
characteristics, Together with The Mild Conditions Required for Bioconversions, LED HIGH Yield to The Development of Biological production.
processes, which are more Environmentally friendly than their counterparts Chemical synthesis, A Feature that is presently A Major Concern.
of Industrialists. Although some of these are Bioconversions Well-established, efforts are Ongoing in Order to increase The Efficiency of The.
existing processes as Well as to identify Potentially Useful New Bioconversions. In this Work an Overview of recent Developments on The Use.
of microorganisms for steroid production is presented.