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Topic:Equid Semen

Equid semen refers to the reproductive fluid produced by male horses, which contains sperm cells necessary for fertilization. The quality and viability of equid semen are important for successful breeding programs and can be influenced by various factors, including genetics, age, diet, and environmental conditions. Key parameters used to assess semen quality include volume, concentration, motility, and morphology of sperm cells. Techniques for collecting, evaluating, and preserving equid semen, such as cryopreservation, are critical for artificial insemination practices. This page compiles peer-reviewed research studies and scholarly articles that explore the physiology, assessment, and management of equid semen in the context of equine reproduction.
Effect of extender and method of preservation on motility of cooled stallion spermatozoa.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 281-283 
Rota A, Magelli C, Impeduglia R, Panzani D, Camillo F.No abstract available
Effects of cushioned centrifugation technique on sperm recovery and sperm quality in stallions with good and poor semen freezability.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 294-297 
Knop K, Hoffmann N, Rath D, Sieme H.No abstract available
Glycerol in semen extender is a limiting factor in the fertility in asine and equine species.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 302-305 
Vidament M, Vincent P, Yvon JM, Bruneau B, Martin FX.No abstract available
Effect of antibiotics on viability and fertility of equine semen cooled to 5 degrees C.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 277-280 
Macedo LP, Papa FO, Gomes GM, Melo CM, Oliveira JV, Dellaqua JA.No abstract available
Protein profile of equine seminal plasma: correlation to semen freezability.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 313-315 
Zahn FS, Papa FO, Melo CM, Brisola ML.No abstract available
Optimizing pregnancy rates using frozen-thawed equine semen.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 297-299 
Metcalf ES.No abstract available
Equine seminal plasma proteins related with fertility.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 305-308 
Jobim MI, Bustamante Filho IC, Trein C, Wald VB, Gregory RM, Mattos RC.No abstract available
Effects of different extenders on sperm parameters and fertility of equine cooled semen.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 275-277 
Carvalho GA, Zahn FS, Melo CM, Alvarenga MA, Dell'aqua JA, Papa FO.No abstract available
Evaluation of acrosomal integrity of stallions cryopreserved with amides and glycerol.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 288-291 
Landim-Alvarenga FC, Medeiros AS, Papa FO, Alvarenga MA.No abstract available
Cooling rate, centrifugation and percoll selection in equine semen stored at +4 degrees C.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 226-228 
Trein CR, Brito EL, Neves AP, Jobim MI, Ribeiro LA, Mattos RC.No abstract available
Seminal plasma improves fertility of frozen equine semen.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 242-245 
Alghamdi AS, Madill S, Foster DN.No abstract available
Effects of hyaluronic acid supplementation on motility of stallion spermatozoa after cryopreservation.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 284-285 
Mari G, Iacono E, Rizzato G, Merlo B, Belluzzi S.No abstract available
Improvement of the freezability of sex-sorted stallion spermatozoa.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 315-318 
Buss H, Clulow J, Sieme H, Maxwell WM, Morris LH, Sieg B, Struckmann C, Rath D.No abstract available
Improvement of stallion semen post-thaw motility with the association dimethyl formamide and methyl formamide as cryoprotectors.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 286-288 
Carmo MT, Papa FO, Medeiros AS, Araujo GH, Alvarenga MA.No abstract available
The in vitro response of equine epididymal and ejaculated spermatozoa to caffeine.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 272-275 
Weston VL, McLeay L, Morris LH.No abstract available
Evaluation of a cushioned centrifugation technique for processing equine semen for freezing.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 245-248 
Ecot P, Decuadro-Hansen G, Delhomme G, Vidament M.No abstract available
Effects of hemospermia on seminal quality.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 264-267 
Möller G, Azevedo LR, Trein CR, Neves AP, Garbade P, Mattos RC.No abstract available
The effect of sodium hyaluronate on sperm function of cryopreserved equine spermatozoa.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 239-242 
Ottier DA, Curtis EF.No abstract available
Composition of fractionated stallion ejaculates.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 228-230 
Kareskoski AM, Reilas T, Sankari S, Andersson M, Katila T.No abstract available
Does equine sperm concentration influence the sperm migration to the oviducts?
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 261-264 
Fiala SM, Pimentel CA, Gregory RM, Mattos RC.No abstract available
Effects of cooling stallion semen for 24 h before freezing on fertility rates.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 250-252 
Melo CM, Zahn FS, Martin I, Alberti K, Orlandi C, Siqueira Filho ER, Dell'aqua JA, Alvarenga MA, Papa FO.No abstract available
Stallion spermatozoa membrane phospholipid dynamics following dietary n-3 supplementation.
Animal reproduction science    November 3, 2005   Volume 89, Issue 1-4 234-237 
Harris MA, Baumgard LH, Arns MJ, Webel SK.No abstract available
Selenium contents in equine semen and semen fractions and their relations with chromatin integrity and foal birthing rate.
Animal reproduction science    November 2, 2005   Volume 89, Issue 1-4 212-215 
Bertelsmann H, Bollwein H, Sieme H, Alber D, Kyriakopoulos A, Behne D.No abstract available
The effect of sperm number and frequency of insemination on pregnancy rates of mares inseminated with frozen-thawed spermatozoa.
Animal reproduction science    November 2, 2005   Volume 89, Issue 1-4 203-205 
Barbacini S, Loomis P, Squires EL.No abstract available
Effects of frequency of insemination, number of spermatozoa and insemination site on fertility of equine frozen semen.
Animal reproduction science    November 2, 2005   Volume 89, Issue 1-4 208-211 
Clement F, Duchamp G, Larry JL, Vidament M.No abstract available
Influence of cryopreserved sperm or semen extender on uterine contractile activity in mares following conventional or hysteroscopic insemination.
Animal reproduction science    November 2, 2005   Volume 89, Issue 1-4 206-208 
Köllmann MC, Meinecke-Tillmann S, Swagemakers JH, Meinecke B.No abstract available
Evaluation and diagnosis of acrosome function/dysfunction in the stallion.
Animal reproduction science    November 2, 2005   Volume 89, Issue 1-4 215-217 
Bosard T, Love C, Brinsko S, Blanchard T, Thompson J, Varner D.No abstract available
Influence of repeated treadmill exercise on quality and freezability of stallion semen.
Theriogenology    October 24, 2005   Volume 65, Issue 9 1737-1749 doi: 10.1016/j.theriogenology.2005.09.017
Janett F, Burkhardt C, Burger D, Imboden I, Hässig M, Thun R.The objective of this study was to investigate changes of quality and freezability of stallion semen in response to repeated acute treadmill exercise. Ejaculates from 11 stallions were collected, evaluated and frozen weekly during four periods of 4 weeks each defined as before (period 1), during (period 2) and after (periods 3 and 4) intense exercise. In fresh semen the gel-free volume, sperm concentration, motility, normal sperm and sperm with major defects (acrosome defects, nuclear vacuoles, abnormal heads, midpiece defects and proximal droplets) were evaluated. In frozen-thawed semen, moti...
Capacitation-like changes in equine spermatozoa following cryopreservation.
Theriogenology    October 12, 2005   Volume 65, Issue 8 1531-1550 doi: 10.1016/j.theriogenology.2005.08.022
Thomas AD, Meyers SA, Ball BA.The primary objective of this study was to assess plasma membrane characteristics and activation of signal transduction pathways in equine spermatozoa during both in vitro capacitation and cryopreservation. Significant plasma membrane restructuring, as assessed by measurement of plasma membrane lipid disorder and phospholipid scrambling, was not observed until after cryopreservation and subsequent thawing (P < 0.05). Although in vitro capacitated cells also displayed increased plasma membrane lipid disorder and phospholipid scrambling (P < 0.05), it appeared that regulation of these even...
Determination of glutathione peroxidase and superoxide dismutase-like activities in equine spermatozoa, seminal plasma, and reproductive tissues.
American journal of veterinary research    September 22, 2005   Volume 66, Issue 8 1415-1419 doi: 10.2460/ajvr.2005.66.1415
Baumber J, Ball BA.To determine glutathione peroxidase (GPX) and superoxide dismutase (SOD)-like activities in spermatozoa, seminal plasma, and reproductive tissues (ie, testis, epididymis, bulbourethral gland, prostate, vesicular gland, and ampulla) in horses. Methods: Seminal plasma from 17 stallions, spermatozoa from 5 stallions, and reproductive tissues from 3 stallions. Methods: Activity of GPX was determined by use of assays measuring oxidation of NADPH in the presence of exogenous glutathione, cumene hydroperoxide, and glutathione reductase. Activity of SOD-like enzymes was determined by use of the nitrob...
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