CE EVENING SESSIONS
BIOMEDICAL RESEARCH THURSDAY, SEPTEMBER 26 _______________________________________ NON-HUMAN PRIMATE ZOONOTIC DISEASES Olga Gonzalez, DVM, Diplomate ACVP 5:00 PM - 5:50 PM | Room 110 B World Health Organization estimates that 60% of emerging infectious diseases are of zoonotic origin, causing significant morbidity and mortality in humans. Due to the genetic similarities of the human and non-human primate (NHP) genomes, most NHP infectious diseases are transmissible to humans, lending them as the optimal animal model for developing infectious disease therapeutics and vaccines. In research settings, NHPs and personnel must screen for transmissible diseases. Additionally, personnel require specialized training for adequate animal handling and the usage of personal protective equipment as a preventative measure. This lecture will review the pathology of non-human primates' most common viral, bacteria, and parasitic zoonotic diseases. NATURAL BEHAVIORS AND ENRICHMENT PREFERENCES IN ZEBRAFISH Kristina Bartley, B.Sc. M.Sc. CLABP 6:00 PM - 6:50 PM | Room 110 B This lecture aims to explore the intricate world of zebrafish, focusing on their natural behaviors and enrichment preferences within controlled environments. As a model organism widely used in scientific research, understanding the ethology of zebrafish is crucial for improving their welfare and the validity of experimental results. The session will begin by outlining the fundamental aspects of zebrafish biology and behavior, highlighting their social structure, reproductive behaviors, and stress responses. It will delve into the importance of environmental enrichment in promoting natural behaviors, enhancing physiological and psychological well-being, and its implications for scientific research outcomes. Various enrichment strategies will be examined, including the introduction of physical structures, variable water flow, and social groupings, alongside their effects on behavior, health, and stress reduction. The lecture will also address methodological approaches for assessing preferences and well-being in zebrafish, incorporating both traditional observations and innovative technologies. By synthesizing recent studies and case examples, the session aims to provide a comprehensive overview of how enrichment can be tailored to meet the species-specific needs of zebrafish, ultimately contributing to the refinement of research practices and animal care standards. Attendees will gain insights into the practical applications of these findings in both research and aquaculture settings, underscoring the lecture's relevance to biologists, aquarists, and researchers involved in animal behavior, welfare, and neuroscientific studies. and Marburg virus via aerosol or intra-muscular injection. Systemic pathologic markers of Ebola and Marburg virus in the cynomolgus and rhesus macaque models are similar including the following observable features: dehydration, diarrhea, melena, epistaxis, rash, muscle necrosis at the site of inoculation, lymphadenitis, hepatic, splenic, and lymph node necrosis, and multiple organ hemorrhages. Necropsy findings are critical for validating the qualities of an NHP research model and assessing the effectiveness of interventional strategies (vaccines & therapeutics) BSL-4 NON-HUMAN PRIMATE FILOVIRUS RESEARCH FROM THE VETERINARY PATHOLOGIST PERSPECTIVE Olga Gonzalez, DVM, Diplomate ACVP 7:00 PM - 7:50 PM | Room 110 B Texas Biomedical Research Institute (TxBiomed) has the only privately-owned biosafety level 4 (BSL-4) laboratory focused on developing vaccines and therapeutics against high-consequence viral pathogens. The Maximum Containment Contract Research Program (MCCR) comprises a team of specialized staff with appropriate certifications and approvals to run a BSL-4 facility and develop select agent experimental models needed for animal rule studies. Researchers at TxBiomed study how hemorrhagic fever viruses (HFV) replicate and spread in vitro and in vivo using rodent and non-human primate models. TxBiomed veterinary pathologists support the MCCR program by performing necropsies and generating data detailing the pathology of HFV such as
INTEGRATING INTEGRATIVE MEDICINE FOR THE BUSY PRACTITIONER Lisa Ebner, DVM, MS, DACVAA, CVA 5:00 PM - 5:50 PM | Room 201 AB This presentation will provide a broad overview of the four bases of integrative medicine - pharmaceuticals, physical medicine, nutrition and nutraceuticals, and regenerative medicine. This will serve as a prelude to the following lectures that will go over these topics in more detail. Common terminology will be defined. Useful resources for general practitioners will be provided. Cases that would benefit from this approach will be discussed. ACUPUNCTURE FOR VETERINARY PATIENTS - WHY ARE WE SAVING THIS FOR LAST? Lisa Ebner, DVM, MS, DACVAA, CVA 6:00 PM - 6:50 PM | Room 201 AB The presentation will describe the basic principles of how acupuncture works in the body. Patients that would benefit from incorporation of acupuncture into their treatment planned will be presented. Limitations and contraindications for the use of acupuncture will be discussed. Finally, an overview of how to perform acupuncture will be given. SMALL ANIMAL PHYSICAL REHABILITATION - YES, YOU CAN! This presentation will focus on the goals of physical rehabilitation therapy and a description of the different modalities utilized in practice. The initial evaluation of the patient will be described. Limitations and Lisa Ebner, DVM, MS, DACVAA, CVA 7:00 PM - 7:50 PM | Room 201 AB contraindications of the modalities will be provided. THE 411 ON SMALL ANIMAL SUPPLEMENTS AND CBD UPDATES Lisa Ebner, DVM, MS, DACVAA, CVA 8:00 PM - 8:50 PM | Room 201 AB This presentation will provide an evidence-based look at the commonly available small animal supplements and nutraceuticals on the market in the US. A brief overview of nutrition and food therapy will be presented. Updates on the use of cannabinoids in veterinary medicine will be discussed. FELINE ELIMINATION DISORDERS Meghan Herron, DVM, DACVB 5:00 PM - 5:50 PM | Ballroom B While cats may not recognize their inappropriate elimination patterns as problematic, owners of such cats find it quite undesirable, making it the number one behavioral reason for relinquishment of cats to shelters and a common reason for the return of a previously adopted cat to a shelter. This session aims to boost general practitioners’ knowledge regarding the current literature on feline elimination problems. This includes how to make an accurate diagnosis, as well as to implement safe and effective treatment strategies. I KNOW IT’S NORMAL, BUT HOW DO I MAKE IT STOP? NORMAL, BUT NUISANCE BEHAVIORS IN CATS Felis catus is a domesticated species, yet many of its normal behaviors mirror those of its wild counterparts. This session starts at the root of where these behaviors began and how many wild behaviors, such as destructive scratching, chewing, marking, climbing and predatory play are well-preserved in today’s housecat. Attendees Meghan Herron, DVM, DACVB 6:00 PM - 6:50 PM | Ballroom B will learn how to distinguish between normal, albeit nuisance behavior and those that are actually abnormal. Tips for how to prevent, manage and provide alternative outlets for these problematic behaviors will be discussed in detail.
Ebola and Marburg virus. Necropsy procedures follow established protocols with whole body assessment and tissue collection lists similar to necropsies performed in a diagnostic setting. Necropsies are performed inside a bio-bubble within the BSL-4 laboratory with additional safety measures including a positive pressure suit and at least five layers of gloves, including cut-proof gloves. Cynomolgus and Rhesus macaques are experimentally infected with Ebola and Marburg virus via aerosol or intra-muscular injection. Systemic pathologic markers of Ebola and Marburg virus in the cynomolgus and rhesus macaque models are similar including the following observable features: dehydration, diarrhea, melena, epistaxis, rash, muscle necrosis at the site of inoculation, lymphadenitis, hepatic, splenic, and lymph node necrosis, and multiple organ hemorrhages. Necropsy findings are critical for validating the qualities of an NHP research model and assessing the effectiveness of interventional strategies (vaccines & therapeutics). COMPANION ANIMAL THURSDAY, SEPTEMBER 26 _______________________________________ WHY IS THIS DOG (OR CAT) IN RESPIRATORY DISTRESS? RADIOGRAPHIC INTERPRETATION OF THORACIC CHANGES IN SMALL ANIMALS - PART 1 Andra Voges, DVM, DACVR 5:00 PM - 5:50 PM | Ballroom A This interactive case based presentation will discuss how to interpret thoracic radiographic images in small animals with various causes of respiratory distress. The discussion will include evaluating radiographic studies in dogs and cats with respiratory distress and applying the imaging findings into a succinct summary in order to create appropriate differential list. The majority of the cases will involve pulmonary changes; however the session will also include brief discussion on a few pleural and upper away processes. HELP: MY DOG STILL CAN’T BREATHE! PART II OF WHY IS THIS DOG (OR CAT) IN RESPIRATORY DISTRESS? RADIOGRAPHIC INTERPRETATION OF THORACIC CHANGES IN SMALL ANIMALS Andra Voges, DVM, DACVR 6:00 PM - 6:50 PM | Ballroom A This interactive case-based presentation (which is a continuation of Part I) will discuss how to interpret thoracic radiographic images in small animals with various causes of respiratory distress. The discussion will include evaluating radiographic studies in dogs and cats with respiratory distress and applying the imaging findings into a succinct summary in order to create appropriate differential list. The majority of the cases will involve pulmonary changes; however the session will also include brief discussion on a few pleural and upper away processes. A SIMPLE AND SYSTEMATIC APPROACH TO INTERPRETATION OF RADIOGRAPHS IN VOMITING ANIMALS, PART 1 Jay Griffin, DVM 7:00 PM - 7:50 PM | Ballroom A The purpose of this session is to teach a simple and systematic approach to interpretation of radiographs in vomiting animals. We will cover basic principles of image interpretation, related problem solving, and examples of important diseases. Following the session, attendees will have a practical framework to apply in the interpretation of radiographs in vomiting animals. Part 1 of this series focuses on the stomach and pancreas. A SIMPLE AND SYSTEMATIC APPROACH TO INTERPRETATION OF RADIOGRAPHS IN VOMITING ANIMALS, PART 2 Jay Griffin, DVM 8:00 PM - 8:50 PM | Ballroom A The purpose of this session is to teach a simple and systematic approach to interpretation of radiographs in vomiting animals. We will cover basic principles of image interpretation, related problem solving, and examples of important diseases. Following the session, attendees will have a practical framework to apply in the interpretation of radiographs in vomiting animals. Part 2 focuses on the small intestine and peritoneal space.
39 SWVS 2024 ONSITE GUIDE
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