It has a very similar effect to the luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women, allowing the corpus luteum to synthesize progesterone. When used in combination with urinary gonadotropins, it can promote the formation and maturation of follicles and trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote testicular descent in children with cryptorchidism, and promote the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

It has a very similar effect to the luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urinary gonadotropin containing the follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

The effect of chorionic gonadotropin is very similar to that of luteinizing hormone secreted by the pituitary gland. It can promote and maintain the function of the corpus luteum in women and make the corpus luteum synthesize progesterone. When used in combination with urogonadotropin containing follicle maturation hormone (FSH), it can promote the formation and maturation of follicles and simulate the peak of physiological luteinizing hormone to trigger ovulation. For men, it can make the testicles of those with insufficient pituitary gonadotropin function produce androgens, promote the descent of the testicles of children with cryptorchidism and the development of male secondary sexual characteristics.

Methionine is one of the eight essential amino acids for the human body. It cannot be synthesized in the human body and must be supplemented from outside. Methionine combines with ATP in the human body to generate S-adenosine, which can promote the methylation of liver cell membrane phospholipids, reduce intrahepatic bile stasis, enhance the transsulfurization effect, and help liver cells restore normal physiological functions, promote the disappearance of jaundice and the recovery of liver function. By supplying methyl groups, it promotes the synthesis of choline, promotes liver fat metabolism, protects the liver and detoxifies.

Vitamin B1 combines with pyrophosphate in the body to form a cocarboxylase, which participates in the oxidative decarboxylation reactions of pyruvate and α-ketoglutarate in carbohydrate metabolism and is necessary for carbohydrate metabolism.

Methionine is one of the eight essential amino acids for the human body. It cannot be synthesized in the human body and must be supplemented from outside. Methionine combines with ATP in the human body to generate S-adenosine, which can promote the methylation of liver cell membrane phospholipids, reduce intrahepatic bile stasis, and enhance the transsulfurization effect. It is beneficial for liver cells to restore normal physiological functions, promote the disappearance of jaundice and the recovery of liver function. By supplying methyl groups, it promotes the synthesis of choline, promotes liver fat metabolism, protects the liver and detoxifies.

Vitamin B1 combines with pyrophosphate in the body to form a cocarboxylase, which participates in the oxidative decarboxylation reactions of pyruvate and α-ketoglutarate in carbohydrate metabolism and is necessary for carbohydrate metabolism.