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| Name | Description | Content | CAS NO. | Registered Holders |
|---|---|---|---|---|
| Posterior pituitary gland of pigs, sheep, cattle and other animals |
It has a strong contractile effect on smooth muscles, especially on blood vessels and the basal layer of the uterus; it can cause rhythmic contraction of the uterus to tonic contraction; it can also increase the tension of the intestines and bladder and cause them to contract; and it can inhibit urination.
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It has a strong contractile effect on smooth muscles, especially on blood vessels and the basal layer of the uterus; it can cause rhythmic contraction of the uterus to tonic contraction; it can also increase the tension of the intestines and bladder and cause them to contract; and it can inhibit urination. |
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| Name | Description | Content | CAS NO. | Registered Holders |
|---|---|---|---|---|
| Oxytocin |
It stimulates the contraction of uterine smooth muscles, simulates the contraction of uterus during normal delivery, and causes cervical dilation; it stimulates the contraction of mammary smooth muscles, which helps milk to be discharged from the breast, but does not increase the amount of milk secretion from the mammary gland.
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It stimulates the contraction of uterine smooth muscles, simulates the contraction of uterus during normal delivery, and causes cervical dilation; it stimulates the contraction of mammary smooth muscles, which helps milk to be discharged from the breast, but does not increase the amount of milk secretion from the mammary gland. |
50-56-6 | 27 |
| Name | Description | Content | CAS NO. | Registered Holders |
|---|---|---|---|---|
| Oxytocin |
1. It stimulates the contraction of uterine smooth muscles, simulating the contraction of the uterus during normal childbirth, causing the cervix to dilate. The uterus's response to oxytocin gradually increases during pregnancy and reaches a peak at full term. 2. It stimulates the contraction of mammary smooth muscles, which helps milk to be discharged from the breast, but does not increase the amount of milk secreted by the mammary gland.
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1. It stimulates the contraction of uterine smooth muscles, simulating the contraction of the uterus during normal childbirth, causing the cervix to dilate. The uterus's response to oxytocin gradually increases during pregnancy and reaches a peak at full term. 2. It stimulates the contraction of mammary smooth muscles, which helps milk to be discharged from the breast, but does not increase the amount of milk secreted by the mammary gland. |
50-56-6 | 27 |
| Name | Description | Content | CAS NO. | Registered Holders |
|---|---|---|---|---|
| Oxytocin |
It stimulates the contraction of uterine smooth muscles, simulates the contraction of uterus during normal delivery, and causes cervical dilation; it stimulates the contraction of mammary smooth muscles, which helps milk to be discharged from the breast, but does not increase the amount of milk secretion from the mammary gland.
More
It stimulates the contraction of uterine smooth muscles, simulates the contraction of uterus during normal delivery, and causes cervical dilation; it stimulates the contraction of mammary smooth muscles, which helps milk to be discharged from the breast, but does not increase the amount of milk secretion from the mammary gland. |
50-56-6 | 27 |
| Name | Description | Content | CAS NO. | Registered Holders |
|---|---|---|---|---|
| H2N-CH2-CH2-CH2-COOH (C4H9NO2) |
It combines with blood ammonia in the body to form urea and is excreted from the body, which has the effect of reducing blood ammonia and promoting brain metabolism. It may be a central mediator that can enhance the activity of glucose phosphatase and facilitate the recovery of brain cell function.
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It combines with blood ammonia in the body to form urea and is excreted from the body, which has the effect of reducing blood ammonia and promoting brain metabolism. It may be a central mediator that can enhance the activity of glucose phosphatase and facilitate the recovery of brain cell function. |
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