k Relaxin hormone molecule Relaxin hormone molecule. Computer model showing the secondary structure of a molecule of the hormone relaxin. The alpha helices ribbons of the secondary structure can be seen. Relaxin is part of the family of insulinlike hormones. In women it is produced by the breast, the corpus luteum in the ovary and, during pregnancy, by the placenta, chorion, and decidua. It rises to a peak within approximately 14 days of ovulation and then declines in the absence of pregnancy, resulting in menstruation. In men it is produced by the prostate and aids sperm motility. Stock Photo - Afloimages
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Relaxin hormone molecule Relaxin hormone molecule. Computer model showing the secondary structure of a molecule of the hormone relaxin. The alpha helices  ribbons  of the secondary structure can be seen. Relaxin is part of the family of insulin like hormones. In women it is produced by the breast, the corpus luteum in the ovary and, during pregnancy, by the placenta, chorion, and decidua. It rises to a peak within approximately 14 days of ovulation and then declines in the absence of pregnancy, resulting in menstruation. In men it is produced by the prostate and aids sperm motility.
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Relaxin hormone molecule

Relaxin hormone molecule. Computer model showing the secondary structure of a molecule of the hormone relaxin. The alpha helices (ribbons) of the secondary structure can be seen. Relaxin is part of the family of insulin-like hormones. In women it is produced by the breast, the corpus luteum in the ovary and, during pregnancy, by the placenta, chorion, and decidua. It rises to a peak within approximately 14 days of ovulation and then declines in the absence of pregnancy, resulting in menstruation. In men it is produced by the prostate and aids sperm motility.

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