Sentences with phrase «luteum of»

Not exact matches

Relaxin: Mostly produced by the corpus luteum found within the ovaries, breasts, and placenta, it causes many hemodynamic shifts within the body in the form of an increase in blood flow, heart rate, and the loosening and relaxing of pelvic ligaments.

After an egg is released to be fertilized around week 3 of pregnancy, the follicle in the ovary that it came from — called the corpus luteum — collapses, starts producing the hormone progesterone, and provides nourishment and support for an embryo throughout the first trimester of pregnancy.

Instead of preparing to form fingers and toes and a brain like the rest of the embryo's cells, these ones are destined to form a disc - shaped organ that's chock - full of blood vessels and will take over for the corpus luteum in the second trimester: the placenta.

The corpus luteum helps in the release of progesterone hormone that is very vital for the implantation of the fertilized ovum and for the development of the uterine wall which is necessary to hold the baby as he / she begins to develop inside the womb.

«Within a few days after pregnancy, the corpus luteum, which is in a woman's ovary, begins to secrete large quantities of a number of hormones,» Brind told the crowded courtroom.

After ovulation, the corpus luteum (a fancy Latin word for the structure that remains after the ovarian follicle releases the egg) produces progesterone, which helps a fertilized egg implant into the wall of the uterus.

It is secreted by the corpus luteum, a temporary endocrine gland that the female body produces after ovulation during the second half of the menstrual cycle.

Vitamin B6 is absolutely essential for the development of the corpus luteum — this gland is produced in the ovary after the egg has been...

Then when you ovulate, the part of the ovary from where the egg came from turns into a gland (corpus luteum).

Unlike estrogen, progesterone is not a generic name but is the name of the hormone produced by the corpus luteum after ovulation, and in smaller quantities by the adrenal gland.

After ovulation the now - empty follicle becomes the corpus luteum (so named because of its appearance as a small yellow body on the surface of the ovary).

This type of cyst should make estrogen and then become the corpus luteum which will make progesterone and they should come and go as part of a normal cycle.

This is super important because once the egg has been released, the follicle it lived in transforms into the corpus luteum, which is the sole source of progesterone production for the second half of your cycle.

luteal insufficiency: failure of the corpus luteum to produce adequate amounts of progesterone upon ovulation; often caused by anovulation.

The corpus luteum follicle is left in the ovary after the egg is released during ovulation, and produces significant amounts of progesterone and estrogen, creating a hormonal surge responsible for PMS symptoms.

Sometimes women just don't start menstruating again even though hormone levels have come back up because the corpus luteum is too thick or there is some sort of «blockage» of sorts hanging out in the reproductive cavities.

The first follicle that ovulates, releasing its egg into the fallopian tube for a journey to the uterus, quickly changes into the corpus luteum, which is a factory for making progesterone, and raises progesterone's concentrations to 200 to 300 times higher than that of estradiol.

By the end of the follicular phase, the luteinizing hormone surge results in ejection of the oocyte and transforms the remaining follicle into the corpus luteum; small and large luteal cells are formed from theca and granulosa cells, respectively.

Hormones that specifically support the growth or function of the corpus luteum include luteinizing hormone, growth hormone (GH), insulin - like growth factor 1, prostaglandin E2, and prostacyclin.1

Bleeding or spotting in the luteal phase or before the onset of the period also indicates poor quality or premature degeneration of the corpus luteum.

This provides for the high metabolism of the corpus luteum, which consumes 2 to 6 times more oxygen per unit weight than the liver, kidney, or even the heart.

The corpus luteum will produce progesterone for about 12 - 16 days (the luteal phase of your cycle.)

The corpus luteum is responsible for the secretion of progesterone.

It acts to prolong the life of the corpus luteum, which in turn continues unabated to produce large amounts of oestrogen and progesterone so essential to the maintenance of the early stages of pregnancy.

Because progesterone is necessary throughout gestation for maintenance of pregnancy, PGF - induced death of the corpus luteum leads to termination of pregnancy.

These are a group of hormones that destroy the corpus luteum (a hormone secreting body in the female reproductive system).