Analyze Diet

Topic:Mares

Mares and horses are integral components of equine studies, focusing on the reproductive and behavioral aspects of equine biology. Mares, or adult female horses, play a significant role in breeding programs and are often studied for their reproductive physiology, gestation, and maternal behaviors. Horses, as a broader category, encompass both sexes and all age groups, providing a comprehensive view of equine anatomy, physiology, and behavior. Research in this area often investigates the differences and similarities between mares and other horses in terms of hormonal cycles, reproductive health, and social interactions. This page compiles peer-reviewed studies and scholarly articles that explore the biological and behavioral characteristics of mares and horses, offering insights into their roles in equine science and management.
The steroids of pregnant mares’ urine; a method for the extraction of steroid sulphates and the isolation of allopregn-16-en-3(beta)-ol-20-one sulphate.
The Biochemical journal    January 1, 1948   Volume 43, Issue 2 231-234 
KLYNE W, SCHACHTER B, MARTIN GF.No abstract available
Caecal diverticulum in a mare.
The Veterinary record    December 27, 1947   Volume 59, Issue 50 688 
HART CB.No abstract available
[Advances in early diagnosis of pregnancy in horses; rectal examination].
Deutsche tierarztliche Wochenschrift    December 1, 1947   Volume 54, Issue 45-46 341-344 
GOTZE R.No abstract available
[Advances in early diagnosis of pregnancy in horses; hormonal and vaginal examination procedures].
Deutsche tierarztliche Wochenschrift    November 1, 1947   Volume 54, Issue 41-42 309-312 
GOTZE R.No abstract available
Anoestrus in the mare and its treatment with oestrogen.
The Veterinary record    July 12, 1947   Volume 59, Issue 26 341 
BURKHARDT J.No abstract available
Stability of reduced ascorbic acid in mares’ milk.
The Journal of nutrition    July 10, 1947   Volume 34, Issue 1 113-119 doi: 10.1093/jn/34.1.113
HOLMES AD, JONES CP.Fifteen samples of mares' milk with initial potencies of from 86 mg to 161 mg of reduced ascorbic acid per liter were stored in the dark at 10°C. They were assayed at daily or longer intervals. Four samples observed for 10 days lost an average of 2.5 mg per liter daily; 4 samples stored 20 days lost 1.8 mg per day; 2 stored 28 days lost 1.3 mg daily; and 3 observed for 33 days lost 1.1 mg per liter per day. These data show that the rate of loss of reduced ascorbic acid from mares' milk is only a fraction of the rate of loss from cows' milk.
The use of gonadogen in broodmares.
M. S. C. veterinarian    July 1, 1947   Volume 7, Issue 4 164 
STOCKING GG.No abstract available
Clinical studies on early equine abortion.
The Cornell veterinarian    January 1, 1947   Volume 37, Issue 1 14-20 
BRITTON JW.No abstract available
Hormonal treatment of agalactia in the mare.
The Veterinary record    December 28, 1946   Volume 58, Issue 52 627 
PEETERS , VANDEPLASSCHE , MASSART .No abstract available
Some observations on equine practice and its relation to the breeding of thoroughbred mares.
The North American veterinarian    December 1, 1946   Volume 27, Issue 12 761-767 
CROWHURST RC, CASLICK W.No abstract available
Enhancing the riboflavin content of mare’s milk.
The New England journal of medicine    September 12, 1946   Volume 235 360-362 doi: 10.1056/nejm194609122351104
HOLMES AD.No abstract available
The hormonal tests for equine pregnancy.
The British veterinary journal    August 1, 1946   Volume 102 248-252 doi: 10.1016/s0372-5545(17)31405-0
INGLIS JS, ROBERTSON A.No abstract available
Equine infectious anemia in brood mares and their offspring.
Veterinary medicine    August 1, 1946   Volume 41 274-278 
STEIN CD, MOTT LO.No abstract available
Flank ovariectomy in the mare.
Canadian journal of comparative medicine and veterinary science    August 1, 1946   Volume 10 221 
GENDREAU LA.No abstract available
Induction of mating and lambing in anestrous ewes following pregnant mare serum administration.
Journal of animal science    August 1, 1946   Volume 5 313-317 doi: 10.2527/jas1946.53313x
VAN DER NOOT GW, REECE RP, SKELLEY WC.No abstract available
The pathology of equine virus abortion.
Journal of the American Veterinary Medical Association    August 1, 1946   Volume 109 101-111 
WESTERFIELD C, DIMOCK WW.No abstract available
Ano-vulvar laceration in a mare.
Veterinary medicine    August 1, 1946   Volume 41 296 
RUNNELS LJ.No abstract available
The early development of the corpus luteum in the mare.
Journal of anatomy    July 1, 1946   Volume 80 160-166 
HARRISON RJ.No abstract available
On the etiology of epizootic or infectious equine abortion. HENNING MW.1. Two outbreaks of infectious equine abortions are reported; both with a very high abortion incidence. 2. In the majority of the abortions studied the foetal organs were found to be extensively invaded by S. abortus-equi but in others this organism could not be recovered from the foetus or after-birth. 3. Both donkey and horse mares were found to be susceptible, donkeys being on the whole more resistant than horses. 4. Abortion was successfully produced in both horse and donkey mares by means of (a) the oral administration of minced abortus-equi infected foetal organs (4 cas...
A further sulphuric acid ester from the urine of pregnant mares.
The Biochemical journal    January 1, 1946   Volume 40, Issue 5-6 lv 
KLYNE W.No abstract available
Oophorectomy in a nymphomaniac mare.
Veterinary medicine    December 1, 1945   Volume 40 417 
SMITH DL.No abstract available
Hypocalcaemia in the mare.
The Veterinary record    November 10, 1945   Volume 57 503 
FORSYTH H.No abstract available
Malignant edema in a mare.
The Cornell veterinarian    January 1, 1945   Volume 35 381 
HARMON H.No abstract available
The isolation of a new sulphuric acid ester from the urine of pregnant mares.
The Biochemical journal    January 1, 1945   Volume 39, Issue 5 xlv 
KLYNE W, MARRIAN GF.No abstract available
[About an enzootic of contagious to paratyphic abortions in a mare].
Maroc medical    January 1, 1945   Volume 24 221-224 
SAILLARD R.No abstract available
General Remarks on Equine Ovariotomy.
The Journal of comparative medicine and veterinary archives    March 1, 1894   Volume 15, Issue 3 195-197 
Waugh JA.No abstract available
Uterine torsion in mares.
   March 17, 2026  
Uterine torsion typically occurs during mid to late gestation and is estimated to cause 5% to 10% of all equine obstetric emergencies. Clinical signs include abdominal pain that may be mistaken for gastrointestinal distress, parturition, or abortion. Uterine torsion is an emergency for the mare and fetus, and early recognition and intervention are essential to optimizing the chance of survival. This article reviews the etiology, diagnosis, treatment, and prognosis of uterine torsion in mares.
Hysteroscopic insemination of small numbers of spermatozoa at the uterotubal junction of preovulatory mares.
   March 17, 2026  
Mares were inseminated with motile spermatozoa suspended in 30-150 microliters Tyrode's medium directly onto the uterotubal papilla at the anterior tip of the uterine horn, ipsilateral to the ovary containing a dominant preovulatory follicle of > or = 35 mm in diameter, by means of a fine gamete intrafallopian transfer (GIFT) catheter passed through the working channel of a strobed light videoendoscope. Insemination of 10, 8, 25, 14, 11 and 10 mares with, respectively, 10.0, 5.0, 1.0, 0.5, 0.1 or 0.001 x 10(6) motile spermatozoa resulted in conception rates of, respectively, 60, 75, 64, 29,...
Modified technique for the repair of third-degree rectovaginal lacerations in mares.
   March 17, 2026  
Eight mares with third-degree rectovestibular lacerations were treated by a two-stage surgical technique. The rectovestibular shelf was corrected with three parallel 'circular' continuous suture rows distributed along the longitudinal axis of the vagina, and the perineal body was reconstructed with three divergent simple continuous rows. Primary healing of the first-stage surgery occurred in all the mares. Seven of the mares completed the two-stage surgery and primary healing occurred in all of them. One of them returned to endurance racing competition and one was lost to follow-up. The other ...
L-carnitine added to post-thawed semen acts as an antioxidant and a stimulator of equine sperm metabolism.
   March 17, 2026  
The objective of this study was to enhance the in vitro sperm quality and in vivo fertility of frozen-thawed equine semen by the addition of l-carnitine (LC) to post-thawed semen. Different concentrations of LC were added to thawed samples to obtain four treatments control and 0.5, 1 and 2 mM LC. In the in vitro experiments, sperm motility and kinematics, membrane integrity and intracellular calcium ion concentration ([Ca ] ) were investigated, and the antioxidant bioactivity of LC was assessed by measuring hydrogen peroxide and nitrite concentrations (NO ). The fertility rate was assessed v...