Analyze Diet

Topic:Teeth

Equine dentition encompasses the study of the structure, development, and function of teeth in horses. Horses have hypsodont teeth, which are characterized by high crowns and continuous growth to compensate for wear from grazing. The dental anatomy includes incisors used for cutting, premolars, and molars for grinding fibrous plant material. Equine dental health is integral to proper digestion and overall well-being, as dental issues can lead to weight loss, behavioral changes, and performance problems. This section compiles peer-reviewed research studies and scholarly articles that explore the anatomy, pathology, and management of dental health in horses, including common conditions such as dental malocclusions, periodontal disease, and the impact of diet on dental wear.
The blood vessel system in the periodontal ligament of the equine cheek teeth–part II: The micro-architecture and its functional implications in a constantly remodelling system.
Annals of anatomy = Anatomischer Anzeiger : official organ of the Anatomische Gesellschaft    December 5, 2006   Volume 188, Issue 6 535-539 doi: 10.1016/j.aanat.2006.06.007
Masset A, Staszyk C, Gasse H.The micro-vasculature of the equine periodontal ligament (PDL) was investigated using corrosion casts for scanning electron microscopy. Specimens from eight healthy warm-blooded horses were examined. Specific vascular features such as large ampullae with a diameter of up to 300 microm and blind vascular casts were found in the specimens of the equine PDL. The ampullae-shaped venules occurred only in the peripheral layer, where they were formed at the confluence of several vessels. Two types of blind stumps were identified. The first was developed in all three layers, while the second was found...
Collagen fiber architecture of the periodontal ligament in equine cheek teeth.
Journal of veterinary dentistry    October 7, 2006   Volume 23, Issue 3 143-147 doi: 10.1177/089875640602300303
Staszyk C, Wulff W, Jacob HG, Gasse H.The objective of this study was to examine the spatial arrangement of the fiber apparatus of the equine periodontium which is supposed to meet two contrary requirements: (1) to attach the tooth firmly and elastically to the alveolar bone; and, to be appropriately remodeled and reconstructed in order to facilitate the prolonged eruption of the tooth. Specimens of periodontal ligament were obtained from the buccal and lingual/palatal aspects of the first molars from the maxilla and mandible of 12 horses. The animals were assigned to three age groups. Histological sections were prepared from thre...
Immunohistochemical identification of lymphatic vessels in the periodontium of equine cheek teeth.
Journal of veterinary dentistry    February 24, 2006   Volume 22, Issue 4 227-232 doi: 10.1177/089875640502200402
Staszyk C, Duesterdieck KF, Gasse H, Bienert A.Immunohistochemical detection of lymphatic capillaries was performed in the periodontium of maxillary and mandibular cheek teeth from 6 horses (aged 3-23 years). Tissue sections of the periodontium were taken at 4 different horizontal levels along the long axis of the tooth. The specimens were processed for immunoreaction with anti-Prox1, in order to distinguish lymphatic endothelium from blood vascular endothelium. Lymphatic vessels were detected in all periodontal tissues except for the dental cementum. Lymphatic capillaries were most densely distributed in the gingiva compared to other tiss...
Teeth, bones and brushing.
The Veterinary record    September 13, 2005   Volume 157, Issue 11 328 doi: 10.1136/vr.157.11.328-b
Baker GJ.No abstract available
Teeth, bones and brushing.
The Veterinary record    April 19, 2005   Volume 156, Issue 16 523 doi: 10.1136/vr.156.16.523
McDowell DM.No abstract available
The effect of three types of rasps on the occlusal surface of equine cheek teeth: a scanning electron microscopic study.
Journal of veterinary dentistry    April 28, 2004   Volume 21, Issue 1 8 
Wilson G.No abstract available
[Phylogeny, form and function of canine teeth in the horse].
Anatomia, histologia, embryologia    August 16, 2003   Volume 32, Issue 4 212-217 doi: 10.1046/j.1439-0264.2003.00461.x
Vollmerhaus B, Roos H, Gerhards H, Knospe C.The canine teeth of the horse developed phylogenically from the simple, pointed, short-rooted tooth form of the leaf eating, in pairs living, Eocene horse Hyracotherium and served up to the Oligocene as a means of defense (self preservation). In the Miocene the living conditions of the Merychippus changed and they took to eating grass and adopted as a new behavior the life in a herd. The canine teeth possibly played an important role in fights for social ranking; they changed from a crown form to knife-like shape. In the Pliohippus the canine tooth usually remained in male horses and since the...
What is your diagnosis? Supernumerary premolars and molars (cheek teeth).
Journal of the American Veterinary Medical Association    November 7, 2002   Volume 220, Issue 5 597-598 doi: 10.2460/javma.2002.220.597
Walesby HA, Miles KG.No abstract available
[Effects of housing, feeding and use on equine health with emphasis on respiratory and gastrointestinal diseases].
Schweizer Archiv fur Tierheilkunde    August 15, 2002   Volume 144, Issue 7 348-355 doi: 10.1024/0036-7281.144.7.348
Feige K, Fürst A, Eser MW.In a random population of Swiss horses 54% suffered from a subclinical to moderate COPD. Cause of a COPD is a hypersensitivity of the respiratory tract to spores of fungi and thermophil actinomyces. Teeth problems are strongly associated with the type of diet and the feeding regime. Problems of the teeth belong to the most often treated equine diseases by large animal practitioners. Racehorses are the population of horses most often affected by gastric ulcers with an ulcer prevalence between 63 and 90%. In contrast, a much lower prevalence (37%) of stomach ulcers is seen in pleasure horses and...
Fourier transform infrared microspectroscopic investigation of the organic and mineral constituents of peritubular dentin: a horse study.
Calcified tissue international    July 23, 2002   Volume 71, Issue 2 179-185 doi: 10.1007/s00223-001-2108-5
Magne D, Guicheux J, Weiss P, Pilet P, Daculsi G.Peritubular dentin (PTD) is a relatively dense mineralized tissue surrounding tooth dentin tubules, whose composition and mode of formation are still unclear. Fourier transform infrared microspectroscopic studies of the organic and mineral components of the highly developed horse PTD indicate that the peritubular matrix is less abundant than the intertubular matrix but is also mainly composed of collagen, which is more hydrated. These data suggest that most of the crystals are located outside the collagen fibrils and probably not associated with protein components. The crystals in PTD have nea...
The distribution of intratubular dentine in equine incisors: a scanning electron microscopic study.
Equine veterinary journal    February 24, 2001   Volume 33, Issue 1 65-69 doi: 10.2746/042516401776767395
Muylle S, Simoens P, Lauwers H.The distribution of intratubular (peritubular) dentine was studied by scanning electron microscopy in 12 equine incisor teeth. High levels of intratubular dentine were found in the peripheral regions of the dentine. In these areas, a marked asymmetry occurred, as intratubular dentine was predominantly deposited onto the side of the dentinal tubular walls nearest to the dentino-enamel junction. The quantity and asymmetry of intratubular dentine were reduced towards the centre of the tooth. The significance of these variations in the amount and distribution of intratubular dentine between the di...
Computed tomographic imaging of the equine head. Morrow KL, Park RD, Spurgeon TL, Stashak TS, Arceneaux B.The head from three horses euthanized due to diseases unrelated to the head and neck was imaged using computed tomography (CT). Gross cross-sectional slices of equine head #1 and skeleton of equine head #2 were compared with the CT images of the three equine heads to identify normal structures of the cranium, brain, paranasal sinuses, nasal cavity, and teeth. Labeled transverse CT images of the equine head are presented sequentially as a reference for normal anatomy.
The dentinal structure of equine incisors: a light and scanning electron-microscopic study.
Cells, tissues, organs    October 3, 2000   Volume 167, Issue 4 273-284 doi: 10.1159/000016790
Muylle S, Simoens P, Lauwers H.This paper gives an anatomical overview of the dentinal structure in equine incisor teeth with special reference to the three-dimensional organization, the number and the diameter of the dentinal tubules. The spatial arrangement of equine dentine was examined by scanning electron microscopy of occlusal surfaces and longitudinally fractured teeth and by light microscopy of both decalcified and ground sections. The dentinal tubules of the peripherally situated primary dentine were directly continuous with those of the circumpulpal secondary dentine. The tubules had numerous side branches along t...
Examination of the oral cavity and routine dental care.
The Veterinary clinics of North America. Equine practice    April 1, 1993   Volume 9, Issue 1 123-131 doi: 10.1016/s0749-0739(17)30419-4
Scrutchfield WL, Schumacher J.Techniques and equipment used to examine the oral cavity thoroughly are explained. Common routine dental procedures described include removal of enamel points, wolf teeth, and retained caps. Abnormalities of the incisors are discussed.
What is your diagnosis? Alveolar periostitis, sinusitis and malocclusion of supernumerary upper teeth.
Journal of the American Veterinary Medical Association    October 15, 1992   Volume 201, Issue 8 1271-1272 
Stickle R, Belknap J, Stick J.No abstract available
Levator nasolabialis muscle transposition to prevent an orosinus fistula after tooth extraction in horses.
Veterinary surgery : VS    March 1, 1992   Volume 21, Issue 2 150-156 doi: 10.1111/j.1532-950x.1992.tb00034.x
Orsini PG, Ross MW, Hamir AN.The ventral part of the levator nasolabialis muscle was transposed to the alveolar defect after sinusotomy and tooth extraction in five normal horses and six horses with a tooth root abscess and sinusitis. In the normal horses at weeks 6, 10, 14 and 18, the transposed muscles remained viable and were incorporated into the recipient sites, and orosinus fistulae did not form. Histologically, there was a progressive transition from muscle to fibrous tissue. There was no facial deformity or loss of nasal function at the donor site. A localized abscess was associated with incomplete removal of toot...
Organic structures of the hypercalcified peritubular matrix in horse dentine.
Acta anatomica    January 1, 1992   Volume 145, Issue 3 181-188 doi: 10.1159/000147363
Kodaka T, Hirayama A, Abe M, Miake K.EDTA-insoluble organic structures of the hypercalcified peritubular matrix (PM) in horse dentine were observed by scanning electron microscopy. The PM was enveloped in double cylindrical structures composed of fibrillar sheaths in the inner and outer peripheries. Between the outer fibrillar sheath and intrinsic fibrils of the intertubular matrix, a calcified cementing membrane existed. Within the PM, warped cone-shaped structures of fibrillar sheaths, overlapping at intervals of 4-6 microns and semiconcentrically surrounding the dentinal tubule, extended from the inner fibrillar towards the ou...
Relationship of cheek tooth abrasion to fluoride-induced permanent incisor lesions in livestock.
American journal of veterinary research    October 1, 1987   Volume 48, Issue 10 1498-1503 
Shupe JL, Christofferson PV, Olson AE, Allred ES, Hurst RL.Teeth from cattle, sheep, and horses that ingested various fluoride intakes and teeth from field studies of these species plus deer, elk, and bison were examined for abnormalities. Approximately 99,000 animals in 322 herds were examined for fluorosis. From field studies, 988 cattle of various ages and with different degrees of dental fluorosis were slaughtered and necropsied. The severity of fluoride-induced mottling, hypoplasia, and abnormal abrasion of paired permanent incisor teeth was correlated with abrasion of premolar and molar (cheek) teeth that form and mineralize at approximately the...
[Tooth homology in mammals].
Anatomischer Anzeiger    January 1, 1985   Volume 160, Issue 1 33-43 
Skopakoff C.The development of the chewing, lacerative and omnivorous dentition type was confirmed on the base of the author's studies on the dentition of placentalia representatives. The use of vegetable food by the rodents and herbivorous mammals induces an efficient development of molars, absence or reduced number of incisors and canines of the upper jaw and increased number of incisors and absence of canines of the lower jaw, resulting into the proposal of an alteration of the dentition formula for rabbits and for the rest of the rodents (Simplicidentata), for herbivorous and for horses. In beasts of ...
[How accurate is age determination in horses].
Berliner und Munchener tierarztliche Wochenschrift    May 1, 1981   Volume 94, Issue 9 167-171 
Habermehl KH.No abstract available
[Morphologic and topographic aspects of the upper molars].
Nederlands tijdschrift voor tandheelkunde    May 1, 1974   Volume 81, Issue 5 169-173 
de Boer JG.No abstract available
The Evolution of Some Morphological Characters of the Upper Cheek Teeth of the Fossil Horses.
Evolution; international journal of organic evolution    March 1, 1973   Volume 27, Issue 1 36-43 doi: 10.1111/j.1558-5646.1973.tb05915.x
Forsten A.No abstract available
The ratio molars premolars in perissodactyls.
Nature    May 30, 1953   Volume 171, Issue 4361 972-973 doi: 10.1038/171972a0
PIRLOT PL.No abstract available
Clinical effect of buprenorphine or butorphanol, in combination with detomidine and diazepam, on sedation and postoperative pain after cheek tooth extraction in horses.
   March 16, 2026  
The objective of this study was to compare effects of butorphanol (BUT) or buprenorphine (BUP), in combination with detomidine and diazepam, on the sedation quality, surgical conditions, and postoperative pain control after cheek tooth extraction in horses, randomly allocated to 2 treatment groups (BUT: = 20; BUP: = 20). A bolus of detomidine (15 μg/kg, IV) was followed by either BUP (7.5 μg/kg, IV) or BUT (0.05 mg/kg, IV). After 20 min, diazepam (0.01 mg/kg, IV) was administered and sedation was maintained with a detomidine IV infusion (20 μg/kg/h), with rate adjusted based on scores to ...