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No, the corpus luteum secretes the hormone relaxin. Relaxin is a hormone produced during pregnancy and helps with tissue growth during reproduction.

The corpus albicans is a mass of tissue which is formed when the corpus luteum is broken down, which occurs when fertilisation of the egg does not occur (and therefore the woman does not become pregnant).

Because the corpus albicans is therefore not present if a woman becomes pregnant, and the hormone relaxin is only produced during pregnancy, the corpus albicans will not secrete relaxin.

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What organ secrets relaxin?

The organ that secretes relaxin is the corpus luteum in the ovary. Relaxin is a hormone that plays a role in reproductive processes such as preparing the uterus for implantation of the fertilized egg and facilitating childbirth by relaxing the ligaments.


What is the function of the corpus luteum?

The corpus luteum secretes progesterone & other hormones to maintain early pregnancy which maintains the uterine lining during the first months of pregnancy.The corpus luteum in the ovary results from the release of an egg. It now produces progesterone to maintain the endometrium of the uterine walls.The corpus luteum is a "yellow body". Before it released the egg, it was white and referred to as the corpus albicans (white body).


What is contained in each ovarian follicle?

various follicles one can find inside a typical ovary are primordial/primary/secondary follicles, mature vesicular, rupturing, mature-corpus luteum as well as corpus albicans


Which hormone stimulates the disintegration of corpus luteum?

The hormone that stimulates the disintegration of the corpus luteum is prostaglandin F2α (PGF2α). Following the failure of fertilization, PGF2α is released, leading to the regression of the corpus luteum, a process known as luteolysis. This decline in corpus luteum activity results in decreased levels of progesterone, which is crucial for maintaining early pregnancy.


Why does the corpus luteum deteriorate?

If the egg is not fertilized, the corpus luteum stops secreting progesterone and decays (after approximately 14 days in humans). It then degenerates into a corpus albicans, which is a mass of fibrous scar tissue. Progesterone will not be secreted, if corpus luteum will not degenerate.

Related Questions

What organ secrets relaxin?

The organ that secretes relaxin is the corpus luteum in the ovary. Relaxin is a hormone that plays a role in reproductive processes such as preparing the uterus for implantation of the fertilized egg and facilitating childbirth by relaxing the ligaments.


What happens following ovulation?

The corpus luteum prepares to become a corpus albicans


What are corpus albicans?

Corpus albicans are small, fibrous structures that form in the ovaries after the degeneration of the corpus luteum, which is responsible for producing hormones like progesterone during the menstrual cycle. They appear as white, scar-like tissue and indicate that the ovary has ceased the hormonal function associated with the corpus luteum. The presence of corpus albicans is part of the normal reproductive cycle in females and signifies the end of a potential pregnancy when fertilization does not occur.


What causes the involution of corpus luteum?

The involution of the corpus luteum, also known as luteolysis, is primarily triggered by the decline in levels of luteinizing hormone (LH) after ovulation. This decrease in LH leads to reduced production of progesterone and estrogen by the corpus luteum. As hormone levels drop, the corpus luteum undergoes structural changes, leading to its regression and eventual transformation into scar tissue called the corpus albicans. This process is essential for the menstrual cycle's regulation and prepares the ovaries for the next cycle.


What are the three ovarian structures?

The three primary ovarian structures are follicles, corpus luteum, and corpus albicans. Follicles are the basic units of the ovary, containing an immature egg and supporting cells. After ovulation, the ruptured follicle transforms into the corpus luteum, which produces hormones to support potential pregnancy. If pregnancy does not occur, the corpus luteum degenerates into the corpus albicans, a fibrous structure that eventually disappears.


Could a women still be pregnant even tho her blood test was negative and she still gets her period?

No. Having your period is the deterioration of your corpus luteum. The corpus luteum is the site from which an egg cell is ovulated. After ovulation the corpus luteum forms under the influence of LH and begins to secrete progesterone. Progesterone maintains blood flow to the uterine wall and is needed to maintain pregnancy should it occur. If the egg is not fertilized and/or does not implant in the uterine wall, the corpus luteum will degenerate into scar tissue called corpus albicans.


What is the function of the corpus luteum?

The corpus luteum secretes progesterone & other hormones to maintain early pregnancy which maintains the uterine lining during the first months of pregnancy.The corpus luteum in the ovary results from the release of an egg. It now produces progesterone to maintain the endometrium of the uterine walls.The corpus luteum is a "yellow body". Before it released the egg, it was white and referred to as the corpus albicans (white body).


What does regressing corpus luteum indicate?

A regressing corpus luteum indicates that the egg was not fertilized. As the corpus luteum regresses it loses its capacity to produce progesterone. A regressed corpus luteum is termed as corpus albicans. The lack of progestorone, which leads to the shedding of the uterine lining, is responsible for the menstrual cycle.


What hormone triggers ovulation and promotes formation of a corpus luteum?

Progesterone is the primary hormone produced in the corpus luteum. Secondary is estrogen.


What is the hormone secreted by the corpus lucidum?

Progesterone


Which hormone prevents degeneration of the corpus luteum?

progesterone


Which hormone stimulates the corpus luteum to produce progesterone and estrogen?

Luteinizing Hormone (LH)