
Ovarian & Uterine Cysts
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Thinking Outside the Breeding Shed

Common and Uncommon Ovarian Abnormalitie...

Can Equine Ovariectomies Be Justified on...

Equine Ovarian Oddities
Equine Ovarian Oddities
by Katie Navarra | Dec 19, 2021
Here’s a look at the ordinary, as well as not so ordinary, ovarian abnormalities you might encounter in your broodmares.
Read MoreCan Equine Ovariectomies Be Justified on Behavioral Grounds?
by Alexandra Beckstett, The Horse Managing Editor | Mar 16, 2018
While removing mares’ ovaries can be successful in remedying aggressive behavior, other estrous behaviors can persist even following surgery.
Read MoreCommon and Uncommon Ovarian Abnormalities
by Alexandra Beckstett, The Horse Managing Editor | Feb 9, 2018
Knowing which ovarian abnormalities are benign and which are pathogenic can help vets manage mare successfully.
Read MoreLaser Safe for Uterine Cyst Removal, Future Foaling Rates
by Alexandra Beckstett, The Horse Managing Editor | Mar 28, 2016
Foaling rates one and two years after successful cyst removal via laser photoablation were 74% and 65%, respectively.
Read MoreThinking Outside the Breeding Shed
by Marian Carpenter | Jun 17, 2015
Infertile mare? Deceased stallion? No problem! Equine reproduction is now high-tech enough to overcome these hurdles.
Read MoreImproved Test for Equine Ovarian Tumor Diagnosis (AAEP 2011)
by Stacey Oke, DVM, MSc | Mar 14, 2012
A recent study showed anti-Mullerian hormone levels is a useful test for detecting granulosa cell tumors.
Read MoreEndometrial Cysts
by Christy M. West | Nov 15, 2002
Endometrial cysts occur in up to 22% of all mares and up to 55% of older mares.
Read MoreUterine Cysts
by Les Sellnow | Oct 15, 2001
The equine uterus, in a manner of speaking, could be compared to a house. When a house is snug and solid with no broken windows, holes in the roof, drafts, or plugged drains, it is a comfortable place in which to live. If, however, there are
Read MoreLaser Surgery Primer
by John Peloso, DVM, MS, Dipl. ACVS | Oct 1, 1996
Understanding lasers requires knowledge of how stimulated emission multiplies light and produces the unique differences between coherent (laser) and noncoherent (regular) light. Regular light contains a mixture of wavelengths and radiates in a
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