• Identify bacterial antimicrobial resistance mechanisms for resisting antimicrobial agents
• Discuss the molecular basis for bacterial antimicrobial resistance
• Explain laboratory methods for detecting and measuring antimicrobial resistance

RACE does not accredit or endorse or certify any program or person, nor does RACE approval validate the content of the program

• This contains all courses with the educational objectives listed from Antimicrobial Resistance in Veterinary Medicine 210 through Antimicrobial Resistance in Veterinary Medicine 213

Parts 1-3

• Demonstrate understanding of how preconditioning and other preventive management procedures can reduce the frequency of antibiotic treatments for Bovine Respiratory Disease (BRD).
• Describe the components of a good preconditioning program and how BRD can be prevented in the feedlot.
• Describe how preventing BRD tends to cost less than clinical treatments with antibiotics.

• Describe medicated milk replacer and how it is regulated under the Veterinary Feed Directive.
• Identify antibiotics that historically were most commonly added to medicated milk replacer.
• List the disadvantages associated with using medicated milk replacer.
• Describe proper management and preventive medicine that are critical to long-term calf health.
• Describe a good colostrum management program for dairy calves.

• Describe the management practices that can prevent scours in calves, such as high quality colostrum management, sanitation and proper isolation procedures.
• Explain the proper role of antimicrobial agents in treating calves with scours.

• Discuss the general guidelines for the judicious use of antibiotics in the treatment of mastitis.
• Describe the factors to consider in the selection of an antimicrobial drug for mastitis treatment.
• Outline the preventive measures that may be taken on a dairy farm with regards to mastitis.
• Discuss proper indications for the use of antimicrobials for contagious mastitis in dairy cattle.
• Demonstrate understanding of the need to follow proper treatment protocols when using an antibiotic to treat individual cows for contagious udder pathogens.
• Explain how somatic cell counts and culture results are used to formulate a herd antibiotic treatment plan for contagious udder pathogens.
• Describe how antimicrobial treatment of contagious udder pathogens can be greatly reduced in herds by using effective mastitis prevention and control programs.
• Recognize the futility of using antibiotics to treat cases of contagious mastitis if the cow is to be returned to a herd where she will quickly become reinfected.

RACE does not accredit or endorse or certify any program or person, nor does RACE approval validate the content of the program

• Identify the frequency of antimicrobial use in small animal practice
• Summarize the classes and types of antimicrobials commonly used in small animal practice

• Describe the association between antimicrobial use and the occurrence of antimicrobial resistance
• Demonstrate understanding of the use of bacterial culture with antimicrobial susceptibility testing as an important diagnostic tool to support antimicrobial therapy

• Identify how antibiotics are frequently used in the pocket pet industry and how the use of antibiotics in pocket pets may select for antimicrobial resistance
• Discuss how animal and human health may both be impacted by antimicrobial resistance
• Describe how veterinarians in agriculture departments work with veterinarians and other health professionals in local, state, and federal health departments to investigate and control zoonotic disease
• Summarize how the use of antibiotics may select for the dissemination of gene cassettes conveying resistance to multiple antibiotics

• Discuss how antibiotics are frequently used in treatment of canine pyoderma
• List the factors to be considered when choosing antibiotic therapy
• Identify the underlying causes of canine pyoderma and possible diagnostic and treatment options
• Describe the importance of bacterial culture and susceptibility testing, and effective communication with the client
• Demonstrate understanding of how animal and human health can both be affected by antibiotic resistance

• Discuss the use antibiotics to treat feline lower urinary tract disease
• List factors that need to be considered when using antibiotic therapy in cases of feline lower urinary tract disease
• Identify the importance of bacterial culture results in the selection of an antibiotic

• Be aware of the guidelines for feline upper respiratory infections set by the International Society for Companion Animal Infectious Diseases (ISCAID)
• Name the underlying causes of feline upper respiratory infections
• Determine the appropriate diagnostic tests and interpretations for cases of feline upper respiratory infection
• Explain when the use of antibiotics is appropriate for cases of feline upper respiratory infections and which 2 antibiotics would be appropriate to use empirically
• Identify 3 alternative treatment options for antibiotics in cases of feline upper respiratory infection and describe when these treatment options are appropriate

RACE does not accredit or endorse or certify any program or person, nor does RACE approval validate the content of the program

• Outline how antibiotics were discovered and what drives the discovery of new antimicrobial drugs.
• Define and differentiate the following related terms: antibiotic, antimicrobial, anthelmintic, antiparasitic, and antifungal.
• Describe the different mechanisms of action for antimicrobial drugs, and associate these mechanisms with the common classes of antimicrobial drugs.
• Explain pharmacodynamic and pharmacokinetic factors that affect dose and duration of treatment needed to provide effective therapy for bacterial infections.
• Describe some important considerations in prescribing antimicrobial drugs to successfully treat infections in animals without promoting microbial drug resistance.

RACE does not accredit or endorse or certify any program or person, nor does RACE approval validate the content of the program

• Briefly discuss the importance of veterinarians in public health
• Briefly discuss the importance of veterinary parasitology
• Describe the important types of symbiotic relationships
• Become fluent in the language of veterinary parasitology
• Utilize the Linnaean classification scheme within the discipline of veterinary parasitology
• Define and describe terms associated with veterinary parasitology and give examples of parasites that exemplify these terms
• Understand that many types of living “creatures” are capable of parasitizing domesticated, wild, exotic, and laboratory animals
• Understand that the Linnaean classification scheme is an important tool for studying veterinary parasitology

• Briefly discuss the importance of nematodes in veterinary practice
• Describe the important external morphologic features for identifying nematodes
• Name the important parts of the male nematode’s reproductive system
• Name the important parts of the female nematode’s reproductive system
• Determine which reproductive system (male or female) is more important in veterinary parasitology (diagnostically speaking)
• Describe the four types of nematode eggs
• Determine the difference among these reproductive terms: oviparous, ovoviviparous, and larviparous
• Describe the “typical life cycle” of a representative nematode
• Explain the difference between a direct life cycle and an indirect life cycle
• Remember scientific names and corresponding common names for major parasites affecting domestic and laboratory animals
• Recognize pathology produced by nematodes of domesticated and laboratory animals
• Recognize ova and distinctive larval stages of major parasites affecting domestic and laboratory animals
• Understand the life cycles of: Canine roundworm (Toxocara canis), Canine hookworm (Ancylostoma caninum), Canine whipworm (Trichuris vulpis), Canine heartworm (Dirofilaria immitis),  Feline heartworm (Dirofilaria immitis),  Ruminant lungworm (Dictyocaulus viviparus), Equine roundworm (Parascaris equorum), Equine large and small strongyles (Strongylus vulgaris)

• Describe the appropriate steps to take in addressing an injured animal
• Recognize common bandaging and splinting techniques
• Explain the indications for and the procedures involved in blood component therapy 
• Outline the diagnosis and treatment of intracellular fluid deficit and electrolyte imbalance
• List vascular access techniques and central venous catheters and explain indwelling catheter maintenance
• Describe signs of acute pain and methods of assessment, management and prevention
• Compare and contrast common pharmacological agents used to control pain
• Outline the emergency management of the abdomen
• Explain the potential causes of anaphylactic shock and complications of anesthetics use and their treatment

• Recognize the common causes of burn injuries and initial interventions
• Tabulate abnormalities of cardiac rhythm, physiology and structure in feline and canine patients
• Describe common disorders of the male and female genitalia and reproductive tract
• Identify the signs and symptoms of gastrointestinal emergencies
• Describe the treatment and management of acute gastrointestinal disorders
• Identify the etiology, signs and symptoms of systemic metabolic emergencies
• Outline common medical emergencies of the central and peripheral nervous system
• List ocular emergencies requiring immediate treatment

• Recognize the clinical signs of neoplastic disease
• Describe an organized response to poison and toxin ingestion
• Plan the physical examination when poisoning or toxin ingestion is suspected
• Identify the clinical signs and treatment for common agents that are poisonous to dogs and cats
• Summarize the differential diagnosis of respiratory emergencies
• Outline the emergency care of respiratory diseases
• List the classification and care of superficial wounds
• Describe the clinical signs and management of shock

• Define glaucoma
• List the risk factors to developing glaucoma
• Describe the classification scheme for glaucoma
• Differentiate congenital, primary and secondary glaucoma
• Explain the theories for the pathogenesis and pathophysiology of primary glaucoma

• Cite the Incidence of secondary vs primary glaucoma
• Describe Uveitis and its role in secondary glaucoma
• Identify the key findings in a number of conditions associated with secondary glaucoma
• Summarize the pathogenesis in a number of conditions associated with secondary glaucoma
• Describe the diagnosis and treatment findings in a number of conditions associated with secondary glaucoma

• Define primary glaucoma
• Recognize the signs of primary angle closure glaucoma
• Describe methods for diagnosing primary angle closure glaucoma
• Summarize the benefits and disadvantages to the various methods used to evaluate the iridocorneal angle
• List the common techniques used to evaluate the optic disc and the retinal nerve fiber layer

• Summarize the incidence of feline glaucoma
• Outline the etiology of secondary glaucoma
• Describe the clinical signs of feline glaucoma
• Explain the medical management of feline glaucoma
• Compare and contrast the surgical management of feline glaucoma

• Describe aqueous humor production
• Outline the anterior/trabecular or conventional outflow pathway
• Differentiate the structures of the trabecular meshwork
• Identify factors that influence outflow through the trabecular meshwork
• Explain the uveoscleral or unconventional outflow pathway
• Summarize factors that can create resistance to outflow through the uveoscleral pathway

• Describe the mechanism of action of parasympathomimetic drugs
• Summarize the clinical use and contraindications to the use of adrenoreceptor medications
• Outline the approaches to prophylactic therapy
• Explain how common glaucoma medications have a neuroprotective effect
• Identify some emerging therapies and delivery systems to treat glaucoma in dogs

• Summarize the techniques used to study genetic disorders
• Explain the genetics of human glaucoma and its relevance to studying the canine disease
• Describe the genetics of extracellular matrix abnormalities that are associated with primary glaucoma
• Compare the genetics of canine primary open angle and angle closed glaucoma
• List strategies to target primary glaucoma in canine populations

• Describe the mechanisms of aqueous outflow
• Describe the morphology observed in goniodysgenesis
• Explain the concurrent histological findings associated with primary glaucoma
• List factors that can lead to the misinterpretation of the histological findings in primary glaucoma
• Summarize the changes observed in the posterior segment

• List the surgical treatments for treating canine glaucoma
• Describe the most common surgical approach for decreasing aqueous humor production
• Explain how diode laser energy is applied in treating glaucoma
• Summarize the advantages to performing endoscopic cyclophotocoagulation
• List the postsurgical complications observed in cyclophotocoagulation therapy

• List the surgical procedures aimed at controlling intraocular pressure
• Describe how gonioimplants are used to decrease intraocular pressure by diverting aqueous humor from the anterior chamber
• Explain how medical treatments are required in the long-term management of surgical filtering procedures
• Recognize common complications that can lead to gonioimplant failure
• Describe the role of wound healing modulation in the successful management of postoperative filtering devices
• Identify surgical procedures for the nonvisual eye

• Distinguish between different light devices: LEDs, High, Low Power Lasers, red, and violet wavelengths 
• Explain how lasers work to accomplish photobiomodulation
• Identify the quantum physics of how light affects every living organism
• Illustrate the importance of awareness of laser wavelength and power to insure benefits outweigh risks
• Apply the concept of frequencies to affect healing.
• Assess owner and animal compliance to a diagnostic and treatment plan
• Recognize the importance of communication and case selection for optimum treatment success
• Prescribe DVM directed protocols for staff implementation
• Examine the science supporting benefits of the violet wavelength in antibiotic resistant wounds, including MRSA
• Show alternative option to antibiotics for treating resistant infections
• Integrate violet/red laser into existing treatment protocols
• Point out tissue regenerative capabilities of red laser, as well as bactericidal/sporocidal benefits of violet laser
• Transform surgical outcomes and challenging cases with addition of violet/red laser.
• Distinguish cases that can benefit from LLLT activation
• Show studies in support of Vagal stimulation by energy sources that decrease inflammation and forward healing
• Prescribe a treatment plan for appropriate cases
• Utilize techniques for Fear Free compliance
• Aid cases of anorexia, megacolon, gastric stasis, anxiety, and hypertension.