Bartholin's glands are homologous to Cowper's glands in males.
The Bartholin's glands (also called Bartholinglands or greater vestibular glands) are two glands located slightly below and to the left and right of the opening of the vagina in women.
A Bartholin's cyst is formed when a Bartholin's gland is blocked, causing a cyst to develop.
Bartholin's glands are homologous to Cowper's glands in males.
The Bartholin's glands (also called Bartholinglands or greater vestibular glands) are two glands located slightly below and to the left and right of the opening of the vagina in women.
A Bartholin's cyst is formed when a Bartholin's gland is blocked, causing a cyst to develop.
Bartholin’s glands are the equivalent of Cowper’s glands— the bulbourethtral glands— i males.
Bartholin’s glands have often mistakenly been ascribed to Caspar Bartholin’s grandfather, the theologian and anatomist Caspar Bartholin the Elder (1585-1629).
In rare cases, these glands form either abscesses or cysts.
Bartholin’s glands are the equivalent of Cowper’s glands — the bulbourethtral glands — i males.
Bartholin’s glands have often mistakenly been ascribed to Caspar Bartholin’s grandfather, the theologian and anatomist Caspar Bartholin the Elder (1585-1629).
The second edition of this book was published in 1678 by H. Wetsten in Amsterdam.
(BAR-toe-lin) A Bartholin cyst is an inflammation in one of a pair of pea-sized glands (known as Bartholinglands) located on either side of the vaginal opening.
(BAR-toe-lin) Also known as Caspar Bartholin the Younger, Danish anatomist Caspar Secundus Bartholin (1655—1738) is credited with first describing Bartholin's glands, which he named after his grandfather and fellow anatomist, Caspar Bartholin (1585—1629).
They were named after Danish anatomist Caspar Bartholin (1585—1629) by his grandson, fellow anatomist and their discoverer, Caspar Bartholin the Younger (1655—1738).
He was born in Copenhagen, and was first to describe the workings of the greater vestibular glands, which came to be known as "Bartholin's glands") and the larger salivatory duct of the sublingual gland ("Bartholin's duct").
His son, Thomas Bartholin, was also a physician, and was the father of Caspar Bartholin the Younger ( 1655- 1738).
He was born in Copenhagen, and was first to describe the workings of the greater vestibular glands (which came to be known as " Bartholin's glands ") and the larger salivatory duct of the sublingual gland ("
His son, Thomas Bartholin, was also a physician, and was the father of Caspar Bartholin the Younger ( 1655-
A bartholin's gland cyst is a swollen fluid filled lump that develops from a blockage of one of the bartholin's glands.
Women with functional ovarian cysts were less likely than control subjects to be married, to have a college education, and to have an income over 45,000, and were more likely than control women to smoke and have a body mass index greater than 25.7 kg per m.sup.2.
The 586 women with cysts who agreed to participate in the study were matched by age to 757 control women in the same health maintenance organization.
Caspar Bartholin - the Younger (1655-1738), describe the workings of the greater vestibular glands (known as the Bartholin's gland).
Caspar Bartholin (or Berthelsen), alternatively Bartholinus (Latin) was the name of two leading figures in the history of the science of human anatomy-- grandfather and grandson.
Caspar Bartholin - the Elder (1585-1629) Danish professor in medicine.
(Caspar Thomesen Bartholin, 16551738, Danish anatomist), vulvovaginal glands which, if they have retained secretions, may form a cyst, Bartholins cyst.
Bartholin's gland [Caspar Thomèson Bartholin the Younger, Danish anatomist (1655-1738)] (= greater vestibular gland: either of two small reddish yellow bodies in the vestibular bulbs, one on each side of the vaginal orifice; they are homologues of the bulbourethral glands in the male; aka
Bachmann's bundle [Jean George Bachmann, American physiologist (1877-1959)] (= a group of fibres of the anterior internodal tract that penetrate the interatrial septum and diverge in the left atrium, connecting the atria)
