Topic:Equine Science

Equine Science encompasses the study of horses and their management, health, and performance. This field integrates various scientific disciplines such as biology, genetics, nutrition, physiology, and veterinary medicine to understand and improve the well-being and capabilities of horses. Areas of focus include equine anatomy, reproduction, behavior, and disease prevention. Research in equine science aims to enhance horse care, optimize training and performance, and address health challenges. This page compiles peer-reviewed research studies and scholarly articles that explore the diverse aspects of equine science, providing insights into the latest advancements and methodologies in the field.

Seminal plasma proteins and semen characteristics in relation with fertility in the stallion.

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 255-258

Barrier-Battut I, Dacheux JL, Gatti JL, Rouviere P, Stanciu C, Dacheux F, Vidament M.No abstract available

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

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 294-297

Knop K, Hoffmann N, Rath D, Sieme H.No abstract available

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

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

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 297-299

Metcalf ES.No abstract available

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 267-270

Neves AP, Trein CR, Möller G, Mattos RC, Klug E.No abstract available

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

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

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 313-315

Zahn FS, Papa FO, Melo CM, Brisola ML.No abstract available

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

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

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 237-239

Staempfli S, Janett F, Burger D, Kuendig H, Haessig M, Thun R.In this study the effect of exercise (treadmill, riding) on scrotal surface temperature (SST) in the stallion with and without suspensory was evaluated. Our results show that SST was significantly influenced by exercise and suspensory the latter causing in general a rise in SST. Furthermore, from SST measurements in stallions exercised on treadmill and by riding, it is concluded that air circulation near the scrotum must be considered an important thermoregulatory factor.

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 318-321

Chanavat E, Vidament M, Defoin L, Duchamp G, Levillain N, Yvon JM, Le Vern Y, Kerboeuf D, Magistrini M.No abstract available

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 242-245

Alghamdi AS, Madill S, Foster DN.No abstract available

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 270-271

Mugnier S, Magistrini M, Sachet L, Lahuec C, Yvon JM, Meyers S, Goudet G.No abstract available

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

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 230-233

Clement F, Vidament M, Daels P, van der Meer F, Larry JL, Colenbrander B, Turkstra J.No abstract available

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

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

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

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

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

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 223-225

Mari G, Rizzato G, Iacono E, Merlo B, Minoia R, Belluzzi S.No abstract available

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 272-275

Weston VL, McLeay L, Morris LH.No abstract available

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 239-242

Ottier DA, Curtis EF.No abstract available

Animal reproduction science November 3, 2005 Volume 89, Issue 1-4 261-264

Fiala SM, Pimentel CA, Gregory RM, Mattos RC.No abstract available

Reproduction, fertility, and development November 3, 2005 Volume 17, Issue 6 659-666 doi: 10.1071/rd05024

da Costa RP, Branco V, Pessa P, Silva JR, Ferreira-Dias G.Steroid hormones act via specific receptors, and these play an important physiological role in the ovary. The objective of this study was to evaluate the cellular distribution of progesterone receptors and their staining intensity in different equine luteal structures during the breeding season, as well as their relationship to luteal cell composition, cell proliferation pattern and plasma progesterone (P4) concentration. There was an increase in proliferating cell nuclear antigen (PCNA) expression in large luteal cells from the corpus hemorrhagicum (CH) to mid-luteal phase, followed by a decr...

American journal of veterinary research November 3, 2005 Volume 66, Issue 9 1623-1629 doi: 10.2460/ajvr.2005.66.1623

Lin YL, Brama PA, Kiers GH, DeGroot J, van Weeren PR.To quantify and compare biochemical characteristics of the extracellular matrix (ECM) of specimens harvested from tensional and compressive regions of the superficial digital flexor tendon (SDFT) of horses in age classes that include neonates to mature horses. Methods: Tendon specimens were collected on postmortem examination from 40 juvenile horses (0, 5, 12, and 36 months old) without macroscopically visible signs of tendonitis. Methods: Central core specimens of the SDFT were obtained with a 4-mm-diameter biopsy punch from 2 loaded sites, the central part of the mid-metacarpal region and th...

Reproduction, fertility, and development November 3, 2005 Volume 17, Issue 6 651-658 doi: 10.1071/rd05036

Conforti VA, Vanderwall DK, Woods GL.The in vitro maturation (IVM) of equine oocytes is typically performed using various synthetic media; however, an optimal IVM system for equine oocytes has not been developed. The aim of the present study was to evaluate the effects of two types of follicular fluid (FF) obtained from cyclic mares and two incubation intervals for the IVM of equine cumulus-oocyte complexes (COCs). Follicular fluid was collected from medium-sized (20-29 mm diameter) and large (e30 mm; post-human chorionic gonadotrophin administration) follicles using transvaginal ultrasound-guided follicle aspiration. Compact (n ...