k Reverse T3 thyroid hormone, molecular model Reverse T3 thyroid hormone, molecular model. Reverse T3 rT3 is the least abundant of a trio of metabolic hormones. A small amount of rT3 is made by the thyroid gland, but most of it is formed by enzymatic rearrangement of T3. Atoms are colourcoded carbon is black hydrogen is white iodine is purple nitrogen is blue oxygen is red., Photo by GREG WILLIAMSSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Reverse T3 thyroid hormone, molecular model Reverse T3 thyroid hormone, molecular model. Reverse T3 rT3 is the least abundant of a trio of metabolic hormones. A small amount of rT3 is made by the thyroid gland, but most of it is formed by enzymatic rearrangement of T3. Atoms are colour coded: carbon is black hydrogen is white iodine is purple nitrogen is blue oxygen is red., Photo by GREG WILLIAMS SCIENCE PHOTO LIBRARY
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Reverse T3 thyroid hormone, molecular model

Reverse T3 thyroid hormone, molecular model. Reverse T3 (rT3) is the least abundant of a trio of metabolic hormones. A small amount of rT3 is made by the thyroid gland, but most of it is formed by enzymatic rearrangement of T3. Atoms are colour-coded: carbon is black; hydrogen is white; iodine is purple; nitrogen is blue; oxygen is red., Photo by GREG WILLIAMS/SCIENCE PHOTO LIBRARY

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