A common disease of cattle and may also in dog, cat, sheep, goat, mare, Buffalo. The slides contain an introduction, causes of torsion, clinical signs and symptoms, torsion causes, treatment.
This document discusses the clinical management of anestrum, or lack of estrus cycles, in cows. It begins by classifying anestrum cases based on the presence or absence of a corpus luteum on the ovaries. Causes of anestrum include hereditary conditions, low nutrition, aging, disease, pregnancy, functional anestrum (silent heat), persistent corpus luteum, and cystic ovaries. The document provides details on diagnosing and treating each cause, with an emphasis on improving nutrition, synchronization of estrus, and use of prostaglandins or GnRH to resolve persistent structures and resume estrus cycles.
Uterine torsion occurs when the uterus rotates around its longitudinal axis, causing dystocia. It is most common in cattle and buffaloes. Risk factors include multiparity, oversized fetus, and lack of uterine tone. Clinical signs include difficulty calving, abdominal pain, and anorexia. Diagnosis involves vaginal and rectal examination to determine the degree and direction of torsion. Treatment options include rolling the dam, rotating the fetus through the birth canal, laparotomy, or caesarean section if correction fails or the cervix remains closed. Torsion can cause damage to the uterus and complications like rupture, hemorrhage, or infection if not addressed.
Canine pyometra is a uterine infection in intact female dogs that occurs during diestrus. It is caused by bacterial infection, usually E. coli, within the uterus under the influence of progesterone. Clinical signs include vaginal discharge, fever, lethargy, vomiting, and polyuria/polydipsia. Diagnosis involves abdominal palpation, ultrasonography, and clinical pathology. Treatment of choice is ovariohysterectomy, while antibiotics and prostaglandins may be used for medical management in some cases. Prognosis is good with early diagnosis and intervention to prevent systemic complications.
The reproductive cycle of female dogs (bitches) consists of four stages: proestrus, estrus, diestrus, and anestrus. Proestrus lasts around 9 days as estrogen levels rise, followed by estrus which lasts 9 days when the bitch will accept mating. Ovulation occurs 2-3 days after the LH surge, with fertilization possible 4-7 days later. Diestrus then lasts around 2 months as progesterone levels rise. Finally, anestrus is when the bitch is not receptive to mating until hormone levels change to start the cycle again.
This document discusses the management of dystocia, or difficult birth, in bovines. It defines dystocia and outlines the normal stages of pregnancy and birth. Causes of dystocia include issues with the dam such as uterine inertia, abnormalities of the birth canal, and feto-maternal disproportion. Fetal causes include abnormal presentation and oversize. Guidelines for intervention and various obstetrical operations for assisting with difficult births are provided, such as mutation, traction, fetotomy, and caesarian section.
Reproductive Physiology and Breeding Management in Bitchsubhash gahlot
油
The document discusses reproductive physiology and breeding management in bitches. It covers topics like the ovarian cycle, signs of estrus, optimum mating times determined by vaginal cytology and hormones, pregnancy diagnosis and signs of impending parturition. Common reproductive problems mentioned include pyometra, dystocia from uterine inertia, prolonged heat and false pregnancy. Guidelines are provided for breeding management including timing of matings based on the estrous cycle and evaluating pregnancy through ultrasound rather than physical signs alone.
Uterine torsion in cattle occurs when the pregnant uterus rotates around its longitudinal axis, obstructing the birth canal and preventing the calf from entering the cervix. It is more common in multiparous cows and can result from sudden movements that cause the fetus to move violently within the uterus. Left untreated, it can lead to fetal death from reduced blood flow and oxygen. Veterinarians diagnose uterine torsion based on symptoms like pain and straining, as well as physical exams that reveal a twisted vagina and evidence of broad ligament twisting seen rectally. Treatment methods include manually rotating the fetus and uterus if slight, rolling the cow, using a plank to roll the cow and fix the uterus, or a cesare
dystocia in cattle sheep and goat.pptxyarmi goriya
油
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
Puberty and sexual maturity in male animals is defined as the period when accessory organs and secondary sexual characteristics develop under the influence of the testes and the animal first becomes fertile. Puberty is brought about by the release of gonadotropic hormones from the anterior pituitary gland stimulating the testes to secrete steroid hormones, causing growth of genital organs and secondary sex characteristics. Puberty is characterized by the first appearance of spermatozoa in the ejaculate between 6-18 months depending on the species. Sexual maturity follows puberty and is the age at which males attain full reproductive capacity, usually several months after the onset of puberty. Factors like nutrition, genetics, environment, and disease can influence the
1) Cystic ovarian degeneration is a condition in dairy cows where ovarian follicles fail to ovulate, continuing to grow into cysts. It commonly occurs 30-60 days after calving and can impair fertility.
2) Ovarian cysts are diagnosed using history, palpation, ultrasound to detect enlarged follicles over 17mm in the absence of a corpus luteum, and progesterone assays.
3) Common treatments include a single injection of GnRH or hCG to induce luteinization and ovulation, followed by a prostaglandin injection 9 days later if needed to induce estrus. This summary effectively captures the key details about cystic ovarian degeneration in cattle.
The document discusses factors that can cause repeat breeding in cattle, which is when a female shows normal heat symptoms but does not conceive after more than 2-3 services. It lists congenital and acquired factors in both females and males that can be responsible, including defects in the genital tract, endocrine disorders, disease, semen quality issues, and nutritional/management deficiencies. It provides examples for each category and recommends treatments like hormones, antibiotics, vitamins, and improved management practices.
Camels are seasonal breeders, with males and females becoming sexually active during the late fall and winter months. Females have an estrous cycle of 23-27 days that is strictly follicular, without ovulation or luteal phase occurring spontaneously. Ovulation requires copulation to be induced. Males also enter periods of increased sexual activity and aggression called "rutting" during the breeding season, accompanied by higher testosterone and behaviors like soft palate ejection and smudging secretions to mark territory. The reproductive cycles of both males and females are adapted for breeding during the rainy/cold season.
The document discusses infertility in male animals, defining it as delayed or irregular reproduction or inability to conceive. It identifies several causes of infertility including hereditary, congenital, genetic, infectious, nutritional, hormonal, and miscellaneous factors. Specific conditions that can cause infertility are then outlined relating to the testes, epididymis, sperm defects, and other anatomical abnormalities. Genetic factors involved in meiotic defects, spermatogenic arrest, sperm-egg interaction, and structural defects are also reviewed.
Caesarean section, also known as a C-section, is a surgical procedure where incisions are made through a woman's abdomen and uterus to deliver one or more babies. Indications for a C-section include uterine inertia, obstructive dystocia, rupture of the uterus, animal in compromised condition, twin pregnancy in mares, and incomplete cervical dilation. The ideal conditions for surgery include a clean area with minimal airborne contamination to prevent post-operative complications. The incision site varies by species, with dogs receiving a ventral midline incision and cattle receiving a left lower flank incision. During the procedure, the fetus is removed, the umbilical cord is ligated and
This document summarizes a caesarean section (C-section) procedure performed on a bovine. It describes the animal's medical history of dystocia. On examination, edema and emphysema were observed, making vaginal delivery impossible. The C-section procedure is then outlined in steps, including exteriorizing the uterus, removing the fetus, managing the placenta, and closing incisions. Potential complications are listed. Post-operative care involves antibiotics, analgesics, oxytocin, and wound dressing.
The document discusses horn anatomy and affections in cattle. It notes that horns are formed by the frontal bones and become hollow. The base is thin and the horn thickens towards the apex. Blood and nerve supply are described. Major horn affections include avulsion, fracture, and horn cancer. Treatment for fractures may include amputation. Dehorning involves removing the horn at the base through elliptical incision and sawing. Disbudding young calves removes small horn buds using a caustic compound or hot iron. Procedures are done with local anesthesia and analgesia.
This document discusses obstetrical operations in domestic animals. It describes mutation procedures like repulsion, rotation, and version to correct fetal positioning. Forced extraction using ropes or chains is outlined. Fetotomy techniques like percutaneous and subcutaneous are explained to reduce fetal size. Caesarean section is mentioned as an alternative when assisted vaginal delivery is not possible within 15 minutes. Key points are emphasized for each species, including limiting fetotomy cuts in mares.
The document discusses repeat breeder syndrome in cows, which is defined as cows that have been bred 3 or more times but not conceived. It outlines various causes of fertilization failure and early embryonic death that can contribute to repeat breeding, including issues with ovulation, sperm and egg quality, uterine infections, nutrition deficiencies, and environmental stresses. Potential treatments discussed include hormones, antibiotics, addressing energy deficiencies, and improving management practices.
Genital prolapse, or the distal displacement and eversion of pelvic genital organs, can occur in domestic animals. Vaginal prolapse is most common around gestation and post-partum in cattle, buffalo, and sheep. Uterine prolapse only occurs post-partum. Risk factors include high estrogen levels, injuries, poor conformation, and increased abdominal pressure. Treatment depends on the degree but may include replacement, sutures, trusses, and regional anesthesia. Surgical options like cervicopexy and vaginopexy can also be used to fix the organs. Vaginal prolapse in dogs is seen in certain breeds near estrus. Uterine prolapse requires
This document describes the procedure for ovariohysterectomy (spaying) in dogs. It discusses the indications for spaying, including birth control, uterine diseases, and reducing risks of certain cancers. It outlines the pre-anesthetic drugs commonly used like atropine, xylazine, ketamine and diazepam. The steps of the surgical technique are explained, including making a midline incision, exteriorizing the uterus, clamping and ligating the ovarian pedicles, and closing in layers. The required equipment is also listed.
4 - Anestrus Meaning Before Estrus 2-3 daysKashiAli7
油
This document summarizes different causes of bovine anestrus, or the lack of estrus cycling in cows. The main types discussed are true anestrus caused by inactive ovaries, subestrus where estrus is not observed, and various congenital causes such as freemartins. Nutritional anestrus, where poor nutrition leads to delayed cycling, is also covered in depth. Other causes mentioned include cystic ovarian disease, uterine abnormalities, and pathologies like pyometra.
Uterine torsion in cattle occurs when the pregnant uterus rotates around its longitudinal axis, obstructing the birth canal and preventing the calf from entering the cervix. It is more common in multiparous cows and can result from sudden movements that cause the fetus to move violently within the uterus. Left untreated, it can lead to fetal death from reduced blood flow and oxygen. Veterinarians diagnose uterine torsion based on symptoms like pain and straining, as well as physical exams that reveal a twisted vagina and evidence of broad ligament twisting seen rectally. Treatment methods include manually rotating the fetus and uterus if slight, rolling the cow, using a plank to roll the cow and fix the uterus, or a cesare
dystocia in cattle sheep and goat.pptxyarmi goriya
油
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
Puberty and sexual maturity in male animals is defined as the period when accessory organs and secondary sexual characteristics develop under the influence of the testes and the animal first becomes fertile. Puberty is brought about by the release of gonadotropic hormones from the anterior pituitary gland stimulating the testes to secrete steroid hormones, causing growth of genital organs and secondary sex characteristics. Puberty is characterized by the first appearance of spermatozoa in the ejaculate between 6-18 months depending on the species. Sexual maturity follows puberty and is the age at which males attain full reproductive capacity, usually several months after the onset of puberty. Factors like nutrition, genetics, environment, and disease can influence the
1) Cystic ovarian degeneration is a condition in dairy cows where ovarian follicles fail to ovulate, continuing to grow into cysts. It commonly occurs 30-60 days after calving and can impair fertility.
2) Ovarian cysts are diagnosed using history, palpation, ultrasound to detect enlarged follicles over 17mm in the absence of a corpus luteum, and progesterone assays.
3) Common treatments include a single injection of GnRH or hCG to induce luteinization and ovulation, followed by a prostaglandin injection 9 days later if needed to induce estrus. This summary effectively captures the key details about cystic ovarian degeneration in cattle.
The document discusses factors that can cause repeat breeding in cattle, which is when a female shows normal heat symptoms but does not conceive after more than 2-3 services. It lists congenital and acquired factors in both females and males that can be responsible, including defects in the genital tract, endocrine disorders, disease, semen quality issues, and nutritional/management deficiencies. It provides examples for each category and recommends treatments like hormones, antibiotics, vitamins, and improved management practices.
Camels are seasonal breeders, with males and females becoming sexually active during the late fall and winter months. Females have an estrous cycle of 23-27 days that is strictly follicular, without ovulation or luteal phase occurring spontaneously. Ovulation requires copulation to be induced. Males also enter periods of increased sexual activity and aggression called "rutting" during the breeding season, accompanied by higher testosterone and behaviors like soft palate ejection and smudging secretions to mark territory. The reproductive cycles of both males and females are adapted for breeding during the rainy/cold season.
The document discusses infertility in male animals, defining it as delayed or irregular reproduction or inability to conceive. It identifies several causes of infertility including hereditary, congenital, genetic, infectious, nutritional, hormonal, and miscellaneous factors. Specific conditions that can cause infertility are then outlined relating to the testes, epididymis, sperm defects, and other anatomical abnormalities. Genetic factors involved in meiotic defects, spermatogenic arrest, sperm-egg interaction, and structural defects are also reviewed.
Caesarean section, also known as a C-section, is a surgical procedure where incisions are made through a woman's abdomen and uterus to deliver one or more babies. Indications for a C-section include uterine inertia, obstructive dystocia, rupture of the uterus, animal in compromised condition, twin pregnancy in mares, and incomplete cervical dilation. The ideal conditions for surgery include a clean area with minimal airborne contamination to prevent post-operative complications. The incision site varies by species, with dogs receiving a ventral midline incision and cattle receiving a left lower flank incision. During the procedure, the fetus is removed, the umbilical cord is ligated and
This document summarizes a caesarean section (C-section) procedure performed on a bovine. It describes the animal's medical history of dystocia. On examination, edema and emphysema were observed, making vaginal delivery impossible. The C-section procedure is then outlined in steps, including exteriorizing the uterus, removing the fetus, managing the placenta, and closing incisions. Potential complications are listed. Post-operative care involves antibiotics, analgesics, oxytocin, and wound dressing.
The document discusses horn anatomy and affections in cattle. It notes that horns are formed by the frontal bones and become hollow. The base is thin and the horn thickens towards the apex. Blood and nerve supply are described. Major horn affections include avulsion, fracture, and horn cancer. Treatment for fractures may include amputation. Dehorning involves removing the horn at the base through elliptical incision and sawing. Disbudding young calves removes small horn buds using a caustic compound or hot iron. Procedures are done with local anesthesia and analgesia.
This document discusses obstetrical operations in domestic animals. It describes mutation procedures like repulsion, rotation, and version to correct fetal positioning. Forced extraction using ropes or chains is outlined. Fetotomy techniques like percutaneous and subcutaneous are explained to reduce fetal size. Caesarean section is mentioned as an alternative when assisted vaginal delivery is not possible within 15 minutes. Key points are emphasized for each species, including limiting fetotomy cuts in mares.
The document discusses repeat breeder syndrome in cows, which is defined as cows that have been bred 3 or more times but not conceived. It outlines various causes of fertilization failure and early embryonic death that can contribute to repeat breeding, including issues with ovulation, sperm and egg quality, uterine infections, nutrition deficiencies, and environmental stresses. Potential treatments discussed include hormones, antibiotics, addressing energy deficiencies, and improving management practices.
Genital prolapse, or the distal displacement and eversion of pelvic genital organs, can occur in domestic animals. Vaginal prolapse is most common around gestation and post-partum in cattle, buffalo, and sheep. Uterine prolapse only occurs post-partum. Risk factors include high estrogen levels, injuries, poor conformation, and increased abdominal pressure. Treatment depends on the degree but may include replacement, sutures, trusses, and regional anesthesia. Surgical options like cervicopexy and vaginopexy can also be used to fix the organs. Vaginal prolapse in dogs is seen in certain breeds near estrus. Uterine prolapse requires
This document describes the procedure for ovariohysterectomy (spaying) in dogs. It discusses the indications for spaying, including birth control, uterine diseases, and reducing risks of certain cancers. It outlines the pre-anesthetic drugs commonly used like atropine, xylazine, ketamine and diazepam. The steps of the surgical technique are explained, including making a midline incision, exteriorizing the uterus, clamping and ligating the ovarian pedicles, and closing in layers. The required equipment is also listed.
4 - Anestrus Meaning Before Estrus 2-3 daysKashiAli7
油
This document summarizes different causes of bovine anestrus, or the lack of estrus cycling in cows. The main types discussed are true anestrus caused by inactive ovaries, subestrus where estrus is not observed, and various congenital causes such as freemartins. Nutritional anestrus, where poor nutrition leads to delayed cycling, is also covered in depth. Other causes mentioned include cystic ovarian disease, uterine abnormalities, and pathologies like pyometra.
This document discusses reproduction in sheep and goats. It covers puberty, estrus cycles, factors affecting reproduction like temperature, and measures of reproductive performance. The estrus cycle is typically 17 days in ewes and 21 days in does. Increased temperature can lower reproduction rates, so shade is important. Nutrition plays a key role in puberty onset and reproductive success. Common measures include age at puberty, age at first lambing/kidding, and lambing/kidding interval.
Genital prolapse is a condition where segments of the reproductive tract protrude through the vulva. In cattle, it commonly manifests as vaginal or uterine prolapse in the pre- or postpartum periods due to increased estrogen levels, intra-abdominal pressure from the fetus, and mineral deficiencies. Vaginal prolapse is more common and involves the vaginal floor, walls and roof protruding, while uterine prolapse occurs after calving and involves the inverted uterus hanging. Treatment involves cleaning and reducing the prolapsed tissue, administering pain medications, antibiotics, and calcium supplements, and potentially applying a truss or sutures to retain the tissues.
Uterine torsion occurs when the gravid uterus twists on its longitudinal axis. It is most common in cattle during late first or early second stage of labor. Clinical signs include pain, restlessness, and displacement of the dorsal commissure. Diagnosis involves rectal and vaginal exams to determine direction, degree, and location of torsion. Treatment depends on these factors and may include manual detorsion, rolling the cow in the direction of torsion, or cesarean section. The prognosis is generally good if diagnosed and treated early before complications like fetal death or uterine rupture.
The document discusses the principles and process of breeding horses, including selecting mares and stallions, monitoring the mare's estrus cycle, artificial insemination, ultrasound scans to confirm pregnancy, foaling, and caring for newborn foals. The goals are to maximize the chances of conception and delivery of healthy foals, while ensuring the well-being of the mare and foal. Proper record keeping is also emphasized.
This document discusses ovarian cysts in cattle. It begins by defining ovarian cysts as fluid-filled sacs arising from the ovary that are usually over 25mm in diameter. The two main types of physiologic ovarian cysts are follicular cysts, which form when a follicle does not rupture to release an egg, and corpus luteum cysts, which form if the corpus luteum does not dissolve after ovulation. Pathologic cysts can cause pain, infertility, or torsion of the cyst. The document then discusses various types of pathologic cysts and differences between benign and malignant ovarian cysts in cattle. Treatment options for follicular cysts in cattle include GnRH or PGF2留 to induce ovulation or
Lecture 3 estrous cycle and estrus signs in domestic animalsDrGovindNarayanPuroh
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This document discusses the estrous cycles of various domestic animal species. It describes the hormonal control of estrous cycles and divides cycles into four main stages: proestrus, estrus, metestrus, and diestrus. Characteristics of each stage are provided for cattle, dogs, sheep, and other species. Signs of estrus vary between species but may include changes in behavior, vulva swelling, discharge, and odor detection by males through flehmen response. Estrous cycles allow for timed breeding based on ovulation and fertile windows.
B.Sc. Agri II LPM U 2 Reproductive System In LivestockRai University
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The document discusses factors that affect fertility in livestock, including heredity/genetics, nutrition, age, climate, and disease. It provides examples of how each factor can influence fertility, such as genetic mutations causing infertility, poor nutrition reducing ovulation rates, climate affecting sperm production and mating behavior, and diseases stopping egg/sperm production or causing abortion. Proper management can help control these factors through strategies like vaccination, worm control, selective breeding, and meeting nutritional needs.
This document provides guidance on observing dairy cows for health issues. It emphasizes paying close attention to individual cows and looking for differences in behavior, coat, feeding, temperature, cleanliness, injuries, swelling, activity levels, production, discharge and body condition compared to other cows. Specific signs of illness are described for various body systems. Scoring charts are included for body condition and lameness. The document stresses the importance of monitoring temperature as a sensitive indicator of health issues like pneumonia or metritis.
The document discusses reproduction in organisms including both sexual and asexual reproduction. It then focuses on the human reproductive systems, describing the main parts and functions of both the male and female systems. Key topics covered include gamete production, fertilization, menstrual and estrous cycles, and common reproductive issues.
This document discusses fetal mummification and maceration in animals. Fetal mummification is the shriveling of the fetus caused by the absorption of fluids from the fetus and uterus, leading to the death of the fetus. It can be caused by genetic abnormalities, hormonal issues, or problems with the placenta or umbilical cord. Maceration occurs when the fetus dies but is not aborted, causing it to become putrefied inside the uterus. Both conditions require veterinary intervention such as medications to induce abortion or surgical removal of the remains if abortion does not occur naturally.
This lecture on veterinary obstetrics describes the placenta formation and its types in domestic animals. The lecture would be useful for students, practitioners, and researchers.
Presentation slides shows the problems and health disorders due to Vitamin A deficiency, Sources, treatment and diagnostic method. Also about the factor affecting the utilization of Vitamin A.
How to Identify Poisonous and Non-poisonous Snake bhuwan bhatta
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Identification of snake is very difficult from venomous to non-venomous. some of the body parts that help to distinguish from each other. most important is that the there is no any universal character that differs from each other.
One Click RFQ Cancellation in Odoo 18 - Odoo 際際滷sCeline George
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In this slide, well discuss the one click RFQ Cancellation in odoo 18. One-Click RFQ Cancellation in Odoo 18 is a feature that allows users to quickly and easily cancel Request for Quotations (RFQs) with a single click.
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In this slide, well discuss on how to configure proforma invoice in Odoo 18 Sales module. A proforma invoice is a preliminary invoice that serves as a commercial document issued by a seller to a buyer.
Blind spots in AI and Formulation Science, IFPAC 2025.pdfAjaz Hussain
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The intersection of AI and pharmaceutical formulation science highlights significant blind spotssystemic gaps in pharmaceutical development, regulatory oversight, quality assurance, and the ethical use of AIthat could jeopardize patient safety and undermine public trust. To move forward effectively, we must address these normalized blind spots, which may arise from outdated assumptions, errors, gaps in previous knowledge, and biases in language or regulatory inertia. This is essential to ensure that AI and formulation science are developed as tools for patient-centered and ethical healthcare.
How to Configure Recurring Revenue in Odoo 17 CRMCeline George
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This slide will represent how to configure Recurring revenue. Recurring revenue are the income generated at a particular interval. Typically, the interval can be monthly, yearly, or we can customize the intervals for a product or service based on its subscription or contract.
Mastering Soft Tissue Therapy & Sports Taping: Pathway to Sports Medicine Excellence
This presentation was delivered in Colombo, Sri Lanka, at the Institute of Sports Medicine to an audience of sports physiotherapists, exercise scientists, athletic trainers, and healthcare professionals. Led by Kusal Goonewardena (PhD Candidate - Muscle Fatigue, APA Titled Sports & Exercise Physiotherapist) and Gayath Jayasinghe (Sports Scientist), the session provided comprehensive training on soft tissue assessment, treatment techniques, and essential sports taping methods.
Key topics covered:
Soft Tissue Therapy The science behind muscle, fascia, and joint assessment for optimal treatment outcomes.
Sports Taping Techniques Practical applications for injury prevention and rehabilitation, including ankle, knee, shoulder, thoracic, and cervical spine taping.
Sports Trainer Level 1 Course by Sports Medicine Australia A gateway to professional development, career opportunities, and working in Australia.
This training mirrors the Elite Akademy Sports Medicine standards, ensuring evidence-based approaches to injury management and athlete care.
If you are a sports professional looking to enhance your clinical skills and open doors to global opportunities, this presentation is for you.
AI and Academic Writing, Short Term Course in Academic Writing and Publication, UGC-MMTTC, MANUU, 25/02/2025, Prof. (Dr.) Vinod Kumar Kanvaria, University of Delhi, vinodpr111@gmail.com
Hannah Borhan and Pietro Gagliardi OECD present 'From classroom to community ...EduSkills OECD
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Hannah Borhan, Research Assistant, OECD Education and Skills Directorate and Pietro Gagliardi, Policy Analyst, OECD Public Governance Directorate present at the OECD webinar 'From classroom to community engagement: Promoting active citizenship among young people" on 25 February 2025. You can find the recording of the webinar on the website https://oecdedutoday.com/webinars/
Research Publication & Ethics contains a chapter on Intellectual Honesty and Research Integrity.
Different case studies of intellectual dishonesty and integrity were discussed.
2. Introduction
Torsion of the uterus may occur in all species of animals.
Torsion of the uterus is most commonly observed in dairy cattle, occasionally seen in beef
cattle, dogs, cats, sheep, goat mare and rarely seen in sow.
Torsion of the uterus from its longitudinal axis is known as uterine torsion, also called the
twisted uterus.
Torsion may clockwise and anticlockwise in the direction.
Torsion chances are more at the before 1st stage labor, during 1st stage and initiation of
2nd stage.
Normally the broad ligament of uterus that tend to prevent torsion.
Degree of torsion: 45属, 90属, 180属, 270属, 360属, 720属.
2
3. Torsion occurs more in left than right, due to the right ovary is more functional than left in
cattle.
In normal condition, the uterus is suspended by the broad ligament in the horizontal
direction.
The gravid uterus is supported by the abdominal floor, rumen, and abdominal viscera.
Post cervical torsion:
One common pattern found in most studies that most of the cases involve post-cervical
torsions (i.e. the point of rotation occurs between the cervix and the vulva, not the cervix
and the womb.
3
4. Pre cervical torsion:
Rotation occurs between cervix and uterus but this is uncommon.
In uniparous, both gravid and non gravid horn are involved in torsion, but not in
animal (dog, cat).
In multiparous animal, torsion of one horn may or may not the involvement of the another
horn.
Twinning may also prevent torsion, due to the balance of both side of horn.
Odd number of fetus may also cause torsion, due to the heavy load at the one side.
Torsion cause stop the blood floe to the fetus and cause death according to the torsion
degree.
4
5. Buffalos are more prone because of the weak musculature of the broad ligaments than
the cattle.
The weak musculature, deep abdominal cavity and the poor broad ligament structure
this makes buffalo the most susceptible to uterine torsion compared to any other
species.
Sudden slip or fall in either lying down or rising could cause torsion.
Factor aiding torsion of uterus:
Absence of fetal fluid
Sudden falls or rolling
These factor are more important in dog and cat for torsion.
Confinement of stables for long period favours torsion in cow.
5
6. Causes
The main cause of the uterine torsion are:
Frequent sitting down and standing up by pregnant animals
Big dam and small fetus
Sudden movement of animals
Enough exercise to keep ligament of cow in tone
Calving in small group increased risk of aggressiveness of animal
Heavier calf increased uterine instability
Pyometra, mucometra, hematomera and hydrometra condition
Deep capacious abdomen
Flaccid uterus
6
7. Clinical Sign and Symptoms
Uterine torsion form dystocia, due to the blockade of the birth canal.
Most often, abnormal fetal presentation
Myoma uteri
Uterine malformations
Obstruction of birth canal
Abdominal pain
Vaginal bleeding
Shock
Urinary and intestinal symptoms.
7
8. Non-progression of labor
Tight, unlubricated vaginal cavity
Conical, corkscrew appearance of vaginal lining
Twisted, tight or skewed vulvar lips
Inability to see or feel calf inside the birth canal
Restless or stressed behavior
Increased heart rate and respiratory rate
Increased levels of progesterone compared to control animal
Decreased levels of estradiol-17 (type of estrogen) compared to control animal
8
9. Fever presented in around 1 in 5 cases
Complete anorexia
Constipation
Fetid diarrhea
Complete lack of ruminations
Very rapid at initial and weak pulse later
Rapid respiration
Expiratory grunt
Normal to subnormal temperature
Cold exteremires
Shock
Death
9
10. Torsion Causes
Death of fetus
Fetal mummification
Fetal maceration
Fetal emphysema
Stoppage of blood, nutrient, gas exchange
Dystocia
Gangrene of the uterus
Rupture of ligament
10
11. Treatment
Laparohysterotomy: By the Caesarean section
Schaeffer`s rolling method: Rolling of the animals at the same side which the torsion
is directed according to the type of torsion. A maximum number of rolled is 4 times.
Rotation of the fetus per vaginal: Used for the mild degree of torsion. By the use of the
hand, push right on the opposite site of the direction.
11
12. Reference
Faria, N. and Simoies, (2015), j. Asian Pacific Journal of Reproduction,
www.sciencedirect.com/science/article/pii/S2305050015000275
Grant Maxie, (2007), Jubb, Kennedy & Palmer's Pathology of Domestic Animals, 5th Edition, 3-
Volume Set
Jensen, J.G. Uterine torsion in pregnancy, Department of Obstetrics, Hj淡rring Hospital, Denmark
Stephen. J. Roberts, (2012), Veterinary Obstetrics And Genital Disease
Vet In Training, Veterinary Disease Information Blog
vetstudentresearch.blogspot.com/2015/10/uterine-torsion-in-cattle.html
12