dystocia in cattle sheep and goat.pptxyarmi goriya
Dystocia, or difficult birth, can be caused by issues with the expulsive forces of the mother, fetal abnormalities, or fetal malpresentation, position, or posture. Maternal causes include uterine inertia, cervical dilation failure, uterine torsion, and pelvic disproportion. Fetal issues include abnormalities (monsters), malpositioning such as breech or limb flexion, and disproportion between fetus and birth canal size. Correcting dystocia involves restoring normal presentation, position, and posture through techniques like repulsion, rotation, version, and limb adjustment (mutation). Traction can then be applied at appropriate points. Complications of dystocia include injury to the calf such as asphyxia or fractures, and injury
Lameness in the Performance Horse (Rashmir)Gwyn Shelle
This webcast provides an overview of state-of-the art diagnosis and treatment of lameness in the performance horse. Lameness evaluation, techniques for diagnosing lameness (gait analysis, thermography, digital radiography, ultrasonography, and MRI) and current treatments for common lameness are covered.
This document discusses the evaluation and grading of lameness in horses. It outlines various possible causes of lameness including physical injuries, infections, nutritional issues, and degenerative diseases. The evaluation process involves taking a history, observing gait and posture, palpating muscles and joints, using hoof testers and flexion tests, and performing diagnostic imaging like radiography and ultrasound. Grading of lameness severity is on a scale of 1 to 5 based on how noticeable the lameness is at different gaits and conditions. Precise diagnosis involves using techniques like nerve blocks to isolate the source of pain causing the lameness.
dystocia in cattle sheep and goat.pptxyarmi goriya
Dystocia, or difficult birth, can be caused by issues with the expulsive forces of the mother, fetal abnormalities, or fetal malpresentation, position, or posture. Maternal causes include uterine inertia, cervical dilation failure, uterine torsion, and pelvic disproportion. Fetal issues include abnormalities (monsters), malpositioning such as breech or limb flexion, and disproportion between fetus and birth canal size. Correcting dystocia involves restoring normal presentation, position, and posture through techniques like repulsion, rotation, version, and limb adjustment (mutation). Traction can then be applied at appropriate points. Complications of dystocia include injury to the calf such as asphyxia or fractures, and injury
Lameness in the Performance Horse (Rashmir)Gwyn Shelle
This webcast provides an overview of state-of-the art diagnosis and treatment of lameness in the performance horse. Lameness evaluation, techniques for diagnosing lameness (gait analysis, thermography, digital radiography, ultrasonography, and MRI) and current treatments for common lameness are covered.
This document discusses the evaluation and grading of lameness in horses. It outlines various possible causes of lameness including physical injuries, infections, nutritional issues, and degenerative diseases. The evaluation process involves taking a history, observing gait and posture, palpating muscles and joints, using hoof testers and flexion tests, and performing diagnostic imaging like radiography and ultrasound. Grading of lameness severity is on a scale of 1 to 5 based on how noticeable the lameness is at different gaits and conditions. Precise diagnosis involves using techniques like nerve blocks to isolate the source of pain causing the lameness.
Ringbone is a condition characterized by excessive bone growth in the pastern or coffin joint of a horse. It is caused by stress or injury to the tendons and ligaments in the pastern area. High ringbone occurs higher up on the pastern bone and is easier to see, while low ringbone occurs closer to the hoof and may cause more severe lameness initially. Treatment focuses on reducing inflammation, alleviating pain, and improving hoof balance and support through shoeing. Shockwave therapy and other techniques can help promote healing and slow the progression of ringbone.
The document discusses potential applications of deep learning in financial theory for prediction, hedging, and simulation. It provides examples of traditional linear models and their limitations in capturing non-linear relationships between variables. Deep learning models may help address these limitations by automatically learning complex relationships from data without being specified by the model creator. This could lead to discovering unidentified mechanisms and developing more accurate predictive models. The document outlines this perspective to explore how deep learning approaches may consider financial characteristics not fully captured in previous models.
This document summarizes a study on the surgical management of certain ano-rectal conditions in farm animals. A total of 65 cases were examined between 2003-2006, including congenital defects like atresia ani (24 cases), acquired conditions like rectal prolapse (15 cases), and rare cases of anus vaginalis. Surgical techniques are described for reconstructing the anal opening in atresia ani and repairing rectal prolapse. Early surgical correction of atresia ani is important for animal survival. Histopathology was used to diagnose neoplastic masses. The most common condition was atresia ani, especially in lambs and calves.
The document provides guidance for horse owners on emergency preparedness and what to do in common equine emergency situations until the veterinarian arrives. It reviews important supplies to have on hand, how to conduct a basic physical exam, and steps to take for eye injuries, wounds, colic, and foaling emergencies like keeping the horse calm and secured until the vet can assess and treat the problem.
This document discusses nerve and joint blocks in large animals. It provides information on the indications, mechanisms of action, and formulations of local anesthetics used for nerve and joint blocks. Specific techniques are described for performing nerve blocks of various nerves in the limbs, as well as joint blocks of the coffin joint, fetlock joint, carpus, tibial-tarsal joint, and stifle joint. The document emphasizes the importance of anatomical knowledge and reviews considerations for determining if a block is effective and potential complications.
Este documento describe la conducta y lenguajes de comunicación de los caballos. Explica que el comportamiento de los caballos está determinado por factores genéticos, experiencias de vida y limitaciones físicas, y que es importante para los humanos entenderlos para poder manejar a los caballos de manera segura, eficiente y respetuosa. Los caballos se comunican a través de señales olfativas, vocales y gestuales que es importante que los humanos aprendan a reconocer.
Ringbone is a condition characterized by excessive bone growth in the pastern or coffin joint of a horse. It is caused by stress or injury to the tendons and ligaments in the pastern area. High ringbone occurs higher up on the pastern bone and is easier to see, while low ringbone occurs closer to the hoof and may cause more severe lameness initially. Treatment focuses on reducing inflammation, alleviating pain, and improving hoof balance and support through shoeing. Shockwave therapy and other techniques can help promote healing and slow the progression of ringbone.
The document discusses potential applications of deep learning in financial theory for prediction, hedging, and simulation. It provides examples of traditional linear models and their limitations in capturing non-linear relationships between variables. Deep learning models may help address these limitations by automatically learning complex relationships from data without being specified by the model creator. This could lead to discovering unidentified mechanisms and developing more accurate predictive models. The document outlines this perspective to explore how deep learning approaches may consider financial characteristics not fully captured in previous models.
This document summarizes a study on the surgical management of certain ano-rectal conditions in farm animals. A total of 65 cases were examined between 2003-2006, including congenital defects like atresia ani (24 cases), acquired conditions like rectal prolapse (15 cases), and rare cases of anus vaginalis. Surgical techniques are described for reconstructing the anal opening in atresia ani and repairing rectal prolapse. Early surgical correction of atresia ani is important for animal survival. Histopathology was used to diagnose neoplastic masses. The most common condition was atresia ani, especially in lambs and calves.
The document provides guidance for horse owners on emergency preparedness and what to do in common equine emergency situations until the veterinarian arrives. It reviews important supplies to have on hand, how to conduct a basic physical exam, and steps to take for eye injuries, wounds, colic, and foaling emergencies like keeping the horse calm and secured until the vet can assess and treat the problem.
This document discusses nerve and joint blocks in large animals. It provides information on the indications, mechanisms of action, and formulations of local anesthetics used for nerve and joint blocks. Specific techniques are described for performing nerve blocks of various nerves in the limbs, as well as joint blocks of the coffin joint, fetlock joint, carpus, tibial-tarsal joint, and stifle joint. The document emphasizes the importance of anatomical knowledge and reviews considerations for determining if a block is effective and potential complications.
Este documento describe la conducta y lenguajes de comunicación de los caballos. Explica que el comportamiento de los caballos está determinado por factores genéticos, experiencias de vida y limitaciones físicas, y que es importante para los humanos entenderlos para poder manejar a los caballos de manera segura, eficiente y respetuosa. Los caballos se comunican a través de señales olfativas, vocales y gestuales que es importante que los humanos aprendan a reconocer.
7. 弱蹄踵の悪化はパフォーマンスに影響す
る!
競走馬の52%がアンダーランヒール(URHS)
蹄踵痛で受診する馬の77%がURHS
後肢ロングトウアンダーラン馬の75%が腰痛持
ち
その反回位置を短縮すると83%の腰痛が治癒。
蹄角度が1°下がると、深屈腱のストレスは4%上
前肢の蹄踵痛→頚の緊張→背中の痛み
昇。
後肢の蹄踵痛
→腰部・ハムストリングスの緊張・
痛み
Long Toes in the Hind Feet and Pain in the Gluteal Region:
An Observational Study of 77 Horses
Richard A. Mansmann, VMD, PhD, hon. DACVIM-LA et al
54. No Farrier No Horse
装蹄療法は、“継続的に正しい装削蹄”を行うことが大前
提。
予防・早期対処は装蹄師との連携なしでは不可能。
• 全ての馬が異なる蹄・異なる原因を持っているの
で、治療装蹄の方針も症例によって異なる。
• 行った治療装蹄に対する馬の反応を数日後に観察し
て、
ベストの治療をOPENMINDで模索する。
• 蹄の内部構造を常に意識して治療・装削蹄に臨む。
時には1頭の装蹄を最初から最期まで見せてもらいましょう。
55. Refference
① The veterinary Clinics of North America Therapeutic Farriery
p.351-p.406
Stephen E. O’Grady, DVM, MRCVS, APF
② Natural Balance Hoof Care p31-p34 Gene Ovnicek , RMF
DVD・本・NBシューズ販売。装削蹄の基礎がわかり易く解
説されている。http://www.hopeforsoundness.com/cms/
③ Equine Podiatry p.1-p252 Andrea E. Floyd
図解・写真多く臨床獣医向け教科書。
④ Scott Morrison DVM (R&R Podiatry Centre) “Heel Pain” 2012
2014 年末 来日・東京にて講演予定
Northern Farm Team Crew
• 装蹄師 中館・種間・川上・Nathy Kelly, Keith Dunning 他
• 獣医師 秋田・菅谷・中島 他 13名
13名