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Topic:Ovarian Follicles

Ovarian follicles in horses are structures within the ovaries that contain the developing oocyte, or egg, and are essential for reproduction. These follicles undergo a series of growth stages, from primordial to preovulatory, influenced by hormonal changes within the mare's reproductive cycle. The development and maturation of ovarian follicles are regulated by hormones such as follicle-stimulating hormone (FSH) and luteinizing hormone (LH). Monitoring follicular development is integral to understanding reproductive physiology and managing breeding in equine practice. This page compiles peer-reviewed research studies and scholarly articles that explore the physiology, development, and clinical management of ovarian follicles in horses.
Development of the germ cells in the ovary of the mule and hinny.
Journal of reproduction and fertility    March 1, 1973   Volume 32, Issue 3 441-445 doi: 10.1530/jrf.0.0320441
Taylor MJ, Short RV.No abstract available
[Follicular cysts in the ovaries in mares].
Veterinariia    January 1, 1973   Volume 49, Issue 1 83-84 
Zhivotkov KhI.No abstract available
Nutrition and ovarian activity of mares early in the breeding season.
Journal of the South African Veterinary Medical Association    December 1, 1972   Volume 43, Issue 4 351-360 
van Niekerk CH, van Heerden JS.No abstract available
Anatomy of vasculature of uterus and ovaries in the mare.
American journal of veterinary research    August 1, 1972   Volume 33, Issue 8 1561-1568 
Ginther OJ, Garcia MC, Squires EL, Steffenhagen WP.No abstract available
Ovarian activity during the estrous cycle of the mare.
Endocrinology    May 1, 1972   Volume 90, Issue 5 1379-1384 doi: 10.1210/endo-90-5-1379
Stabenfeldt GH, Hughes JP, Evans JW.No abstract available
Ovarian response of cows following pregnant mare serum gonadotrophin treatment during two successive estrous cycles.
Journal of dairy science    April 1, 1972   Volume 55, Issue 4 527-528 doi: 10.3168/jds.S0022-0302(72)85527-9
Scanlon PF.Thirteen cows (8 Holsteins, 3 Ayrshire, 2 Shorthorn; 3 to 7 years old) were treated with pregnant mare serum gonadotrophin (PMSG) during two successive estrous cycles. The gonadotrophin was injected on Day 16 of the cycle (estrus --- Day 0) and again on Day 16 of the next cycle (10 cows) or 21 days after previous PMSG injection (3 cows). Doses of PMSG injected during the first cycle were 3,000 IU (6 cows: Group A) and 2,000 IU (7 cows: Group B). These doses were reversed for the individual cow during its next estrous cycle. Cows were slaughtered 10 to 14 days after the second PMS...
Steroid hormones and ultrastructure of the equine Graafian follicle.
Zeitschrift fur Zellforschung und mikroskopische Anatomie (Vienna, Austria : 1948)    January 1, 1972   Volume 132, Issue 3 357-364 
Bjersing L, YoungLai EV.No abstract available
Steroid content of the equine ovary during the reproductive cycle.
The Journal of endocrinology    August 1, 1971   Volume 50, Issue 4 589-597 doi: 10.1677/joe.0.0500589
Younglai EV.Follicular fluid from individual follicles was collected from nine mares in oestrus and the concentration of the following steroids determined by gas—liquid chromatography: progesterone, 17α-hydroxyprogesterone, androstenedione, 19-norandrostenedione, epitestosterone, oestrone and oestradiol. The most vascular follicles, which were probably those destined to ovulate, tended to have the highest steroid concentrations. In these vascular follicles oestradiol was the main steroid found with an average concentration of 151 μg/100 ml. In two out of three samples of follicular fluid taken from...
Surgical approaches to the abdomen in the horse.
Veterinary medicine, small animal clinician : VM, SAC    September 1, 1970   Volume 65, Issue 9 836 
Johnson JH.Surgical access to the abdomen of the horse is commonly required to treat disorders of the alimentary tract, for surgery of abdominally placed genital organs such as in cryptorchidectomy, caesarean section, and ovariectomy, and for surgery of the urinary bladder. The choice of the operative approach is determined by the likely location and nature of the surgical problem, the nature of the patient, facilities available, economic considerations, and the familiarity of the surgeon with the different techniques. The abdominal cavity is the largest body cavity in the horse, which means that expo...
Pathways of steroid biosynthesis in the intact Graafian collicle of mares in oestrus.
The Journal of endocrinology    July 1, 1970   Volume 47, Issue 3 321-331 doi: 10.1677/joe.0.0470321
Younglai EV, Short RV.No abstract available
Ovarian wedge resection in a mare.
Journal of the American Veterinary Medical Association    December 1, 1969   Volume 155, Issue 11 1704-1707 
Sponseller M, Raker CW.No abstract available
The fate of free and conjugated oestrogens injected into the Graffian follicle of equines.
The Journal of endocrinology    September 1, 1969   Volume 45, Issue 1 37-50 doi: 10.1677/joe.0.0450037
Giorgi EP, Addis M, Colombo G.No abstract available
Reproductive disorders in the horse.
Bulletin of epizootic diseases of Africa. Bulletin des epizooties en Afrique    June 1, 1969   Volume 17, Issue 2 255-258 
Malnati G.No abstract available
Studies on tissue culture of equine ovarian cell types: pathways of steroidogenesis.
The Journal of endocrinology    March 1, 1969   Volume 43, Issue 3 403-414 doi: 10.1677/joe.0.0430403
Channing CP.No abstract available
Tissue culture of equine ovarian cell types: culture methods and morphology.
The Journal of endocrinology    March 1, 1969   Volume 43, Issue 3 381-390 doi: 10.1677/joe.0.0430381
Channing CP.No abstract available
Studies on tissue culture of equine ovarian cell types: steroidogenesis.
The Journal of endocrinology    March 1, 1969   Volume 43, Issue 3 391-402 doi: 10.1677/joe.0.0430391
Channing CP, Grieves SA.No abstract available
A histological study of non-follicular cysts in the ovulation fossa region of the equine ovary.
Journal of morphology    March 1, 1968   Volume 124, Issue 3 313-320 doi: 10.1002/jmor.1051240305
O'Shea JD.No abstract available
[Contribution to the knowledge of ovarian tumors in the mare].
Acta medica veterinaria    January 1, 1966   Volume 12, Issue 1 171-189 
Mastronardi M, Potena A.No abstract available
Cholesterol formation by granulosa and thecal cells of equine follicle.
Endocrinology    January 1, 1966   Volume 78, Issue 1 214-216 doi: 10.1210/endo-78-1-214
Ryan KJ, Short RV.No abstract available
The effects of human chorionic gonadotrophin on ovulation, length of estrus, and fertility in the mare.
The Cornell veterinarian    January 1, 1966   Volume 56, Issue 1 41-50 
Loy RG, Hughes JP.No abstract available
Formation of Estradiol by Granulosa and Theca Cells of the Equine Ovarian Follicle.
Endocrinology    January 1, 1965   Volume 76 108-114 doi: 10.1210/endo-76-1-108
RYAN KJ, SHORT RV.No abstract available
Feed and Ovarian Activity of Trotting Mares in Training.
The Cornell veterinarian    July 1, 1963   Volume 53 404-411 
BENGTSSON G, KNUDSEN O.No abstract available
Anticoagulant activity of equine follicular fluid.
Journal of reproduction and fertility    April 1, 1962   Volume 3 269-282 doi: 10.1530/jrf.0.0030269
STANGROOM JE, de WEEVERS RG.No abstract available
Steroids in the follicular fluid and the corpus luteum of the mare. A ‘two-cell type’ theory of ovarian steroid synthesis.
The Journal of endocrinology    March 1, 1962   Volume 24 59-63 doi: 10.1677/joe.0.0240059
SHORT RV.A comparison has been made between the steroids present in equine follicular fluid and luteal tissue. Follicular fluid was found to contain progesterone, 17α-hydroxyprogesterone, androstenedione, epitestosterone, 19-norandrostenedione, oestrone, oestradiol-17β and 6α-hydroxyoestradiol-17β, in confirmation of previous studies. On the other hand, luteal tissue contained large amounts of progesterone and 20α-hydroxypregn-4-en-3-one, and a small quantity of 17α-hydroxyprogesterone. No C18 or C19 steroids could be detected. These findings are therefore interpreted as evidence in favour of ...
delta5 3beta-Hydroxy steroids in the follicular fluid of the mare.
The Journal of endocrinology    December 1, 1961   Volume 23 277-283 doi: 10.1677/joe.0.0230277
SHORT RV.No abstract available
Ovarian oestrogen levels in the non-pregnant mare: relationship to histological appearance of the uterus and to clinical status.
Journal of reproduction and fertility    May 1, 1961   Volume 2 130-137 doi: 10.1530/jrf.0.0020130
KNUDSEN O, VELLE W.No abstract available
Steroids present in the follicular fluid of the mare.
The Journal of endocrinology    April 1, 1960   Volume 20 147-156 doi: 10.1677/joe.0.0200147
SHORT RV.No abstract available
Histochemical observations on the fetal ovary and testis of the horse.
The journal of histochemistry and cytochemistry : official journal of the Histochemistry Society    November 1, 1957   Volume 5, Issue 6 584-590 doi: 10.1177/5.6.584
DAVIES J, DEMPSEY EW, WISLOCKI GB.A fetal horse ovary at the 6th month of gestation and a fetal ovary and testis at the 9th month have been studied histochemically with special reference to the cytoplasmic lipids of the interstitial cells. At least two lipid fractions appeared to be present, one which was soluble in acetone and was mainly responsible for the positive "plasmal" reaction, and another, insoluble in acetone, which was responsible for the sudanophilic, Ashbel-Seligman and periodic acid-Schiff positive material remaining after acetone extraction. The interstitial cell lipids in the older ovary and testis were also a...
A bot in an equine ovary.
Journal of the American Veterinary Medical Association    January 15, 1956   Volume 128, Issue 2 72-73 
DRUDGE JH, LELAND SE, BEHLOW RF.No abstract available
[Laparotomy for ovarial cyst in mare].
Casopis ceskoslovenskych veterinaru    November 10, 1950   Volume 5, Issue 20-21 504-506 
SUTTA J.No abstract available