Length: 6 weeks

Week 1

Aetiology and Pathogenesis

Anatomy of the head

Tooth and periodontal anatomy, and oral soft tissues

Oral nomenclature

Tooth types, nomenclature and formulae

Eruption times

Occlusion

Learning objectives
After completion of this week, participants should be able to:

Identify tooth and periodontal structures

Explain the Modified Triadan System of numbering teeth in the dog and cat

Recognise normal occlusion

Week 2

Periodontology

Aetiology and pathogenesis of dental disease

Gingivitis

Periodontitis

Gingivostomatitis

Periodontal therapy

Scaling and polishing

Pocket control and therapy

Medications, homecare (brief), dental clinics (brief)

Learning objectives
After completion of this week, participants should be able to:

Describe how gingivitis develops and its progression to periodontal disease

Explain what gingivostomatitis is

Outline the process of safe ultrasonic tooth scaling and its purpose

Week 3

Oral Pathology and Treatment

Trauma and treatment options

Tooth fracture / discolouration / (sub) luxation

Dental diseases and treatment options

Tooth resorption / caries / periodontal disease

Malocclusion and treatment options

Traumatic / dental / skeletal malocclusions

Other conditions and treatment options

Enamel defects / dentigerous cysts / persistent deciduous / root dilacerations and abnormal morphology / tumours

Learning objectives
After completion of this week, participants should be able to:

Identify common pathologies associated with the teeth and oral cavity

Describe some potential treatment options for common pathologies

Week 4

Oral Examination and Charting

History taking and clinical examination – conscious oral examination

Pre-operative tests

Assessment under general anaesthesia – including anaesthesia induction, intubation, oral preparation, probing

Charting – what to fill in, disease scoring and making your chart work

Imaging and other investigations

Radiography – parallel and bisecting angle techniques

Biopsy

Learning objectives
After completion of this week, participants should be able to:

Confidently undertake a thorough conscious examination of a patient’s teeth
and oral cavity

Set up for and assist with assessment of the teeth and oral cavity in an anaesthetised patient

Accurately complete a dental chart which documents all pathology discovered upon examination

Week 5

Instrumentation and Dental Surgery

Instruments – use, care and maintenance

Dental machine and other powered equipment – use, care and maintenance

Ancillary equipment – use, care and maintenance

Preparation for and veterinary nursing assistance with surgery

Pre-, intra- and post-operatively, including analgesia

The role of intraoperative radiography

Learning objectives
After completion of this week, participants should be able to:

Differentiate between different instruments used for dental and oral procedures, and state what they are used for

Describe the proper use, care and maintenance of a range of dental instruments and equipment

Explain the benefits of oral radiography in veterinary patients and outline the basic, fundamental principles of the parallel and bisecting angle techniques

Week 6

Dental Clinics, Products and Homecare

What is an effective dental clinic

Types of patients attending dental clinics

Resources for dental clinic consultations

Products and interventions available to help with maintaining oral health

Oral homecare regimes

Effective dissemination of theoretical and practical oral hygiene advice

Client concordance and follow-up

Learning objectives
After completion of this week, participants should be able to:

Debate what makes a dental clinic effective

Explain the range of resources required to run an effective dental clinic, and the purpose of these resources

Describe how a range of products and interventions used to maintain optimal oral health work

Outline how to achieve and maintain client compliance with recommended oral homecare regimes

Week 1

Physiotherapy Toolkit (Modalities)

Electrotherapies

Therapeutic hot/cold packs

Manual therapies

Applied exercise therapies

Learning objectives
After completion of this week, participants should be able to:

Understand the principles and application of electrotherapy including:

K-laser

Transcutaneous electrical nerve stimulation (TENS)

Neuromuscular electrical stimulation (NMES)

Pulsed magnetic therapy (Biomag)

Therapeutic ultrasound

Understand the use of therapeutic hot/ cold packs

Understand manual therapy and its application including:

Massage

Effleurage

Coupage

Joint mobilisations

Graded stretches

Understand applied exercise therapy including:

Strengthening and stabilising exercises

Balance and proprioceptive exercises

Functional exercises

Hydrotherapy

Week 2

Patient Assessment

Musculoskeletal patient assessment

Neurological patient assessment

Respiratory / critical care patient assessment

Learning objectives
After completion of this week, participants should be able to:

Carry out a basic musculoskeletal, neurological, and respiratory physiotherapy assessment

Understand valid outcome measures to guide patient treatment

How to write SOAP (subjective, objective, analysis, plan) notes to progress patient treatment

Week 3

Physiotherapy and Hydrotherapy Treatment Techniques

Early phase rehabilitation 0-2 weeks

Mid phase rehabilitation 2-6 weeks

Late phase rehabilitation 6-12 weeks

Patient discharge or maintenance physiotherapy programme

Learning objectives
After completion of this week, participants should be able to:

Carry out early physiotherapy treatment including:

Early manual therapy techniques

Early phase hot and cold pack treatment

Early electrotherapies to improve healing and for pain relief

Mid phase gentle exercise programmes including hydrotherapy

Late phase exercise therapy to include advanced strengthening, proprioceptive, balance and functional exercises

Late phase electrotherapies for pain relief, soft tissue injuries and muscle strengthening

Week 4

Physiotherapy Progression Plans and Home Exercise Programmes

Patient rehabilitation plans

Discharge and maintenance programmes

Home exercise plans

Learning objectives
After completion of this week, participants should be able to:

Learn how and when to progress patient plans from early to mid through to late stage rehabilitation to optimise patient outcomes

Understand when to discharge a patient, or to continue with a maintenance programme for chronic cases or surgical complications

Design home exercise programmes for owners to carry out

Week 5

Musculoskeletal Case Studies

CCL reconstruction – TPLO or lateral suture

Soft tissue injuries (tendinopathies, iliopsoas strains)

Fracture repair

Conservative management of chronic conditions, including hip dysplasia and elbow dysplasia

Learning objectives
After completion of this week, participants should be able to:

Consider appropriate assessment, treatment plan and progression of a musculoskeletal case study

Consider appropriate assessment, treatment plan and progression of a soft tissue case study

Consider appropriate assessment, treatment plan and progression of a fracture repair case study

Consider appropriate assessment, treatment plan and progression of a chronic condition case study

Week 6

Neurological and Respiratory (Intensive Care) Case Studies

Hemi- laminectomy (HLE)

Fibrocartilage embolism (FCE)

Pneumonia

Learning objectives
After completion of this week, participants should be able to:

Consider appropriate assessment, treatment plan and progression of a surgical neurological case study

Consider appropriate assessment, treatment plan and progression of a non-surgical case study

Consider appropriate assessment, treatment plan and progression of a respiratory (critical care) case study

Week 1

Aetiology and Pathogenesis

Anatomy of the head

Tooth and periodontal anatomy, and oral soft tissues

Oral nomenclature

Tooth types, nomenclature and formulae

Eruption times

Occlusion

Learning objectives
After completion of this week, participants should be able to:

Identify tooth and periodontal structures

Explain the Modified Triadan System of numbering teeth in the dog and cat

Recognise normal occlusion

Week 2

Periodontology

Aetiology and pathogenesis of dental disease

Gingivitis

Periodontitis

Gingivostomatitis

Periodontal therapy

Scaling and polishing

Pocket control and therapy

Medications, homecare (brief), dental clinics (brief)

Learning objectives
After completion of this week, participants should be able to:

Describe how gingivitis develops and its progression to periodontal disease

Explain what gingivostomatitis is

Outline the process of safe ultrasonic tooth scaling and its purpose

Week 3

Oral Pathology and Treatment

Trauma and treatment options

Tooth fracture / discolouration / (sub) luxation

Dental diseases and treatment options

Tooth resorption / caries / periodontal disease

Malocclusion and treatment options

Traumatic / dental / skeletal malocclusions

Other conditions and treatment options

Enamel defects / dentigerous cysts / persistent deciduous / root dilacerations and abnormal morphology / tumours

Learning objectives
After completion of this week, participants should be able to:

Identify common pathologies associated with the teeth and oral cavity

Describe some potential treatment options for common pathologies

Week 4

Oral Examination and Charting

History taking and clinical examination – conscious oral examination

Pre-operative tests

Assessment under general anaesthesia – including anaesthesia induction, intubation, oral preparation, probing

Charting – what to fill in, disease scoring and making your chart work

Imaging and other investigations

Radiography – parallel and bisecting angle techniques

Biopsy

Learning objectives
After completion of this week, participants should be able to:

Confidently undertake a thorough conscious examination of a patient’s teeth
and oral cavity

Set up for and assist with assessment of the teeth and oral cavity in an anaesthetised patient

Accurately complete a dental chart which documents all pathology discovered upon examination

Week 5

Instrumentation and Dental Surgery

Instruments – use, care and maintenance

Dental machine and other powered equipment – use, care and maintenance

Ancillary equipment – use, care and maintenance

Preparation for and veterinary nursing assistance with surgery

Pre-, intra- and post-operatively, including analgesia

The role of intraoperative radiography

Learning objectives
After completion of this week, participants should be able to:

Differentiate between different instruments used for dental and oral procedures, and state what they are used for

Describe the proper use, care and maintenance of a range of dental instruments and equipment

Explain the benefits of oral radiography in veterinary patients and outline the basic, fundamental principles of the parallel and bisecting angle techniques

Week 6

Dental Clinics, Products and Homecare

What is an effective dental clinic

Types of patients attending dental clinics

Resources for dental clinic consultations

Products and interventions available to help with maintaining oral health

Oral homecare regimes

Effective dissemination of theoretical and practical oral hygiene advice

Client concordance and follow-up

Learning objectives
After completion of this week, participants should be able to:

Debate what makes a dental clinic effective

Explain the range of resources required to run an effective dental clinic, and the purpose of these resources

Describe how a range of products and interventions used to maintain optimal oral health work

Outline how to achieve and maintain client compliance with recommended oral homecare regimes

Week 1

Physiotherapy Toolkit (Modalities)

Electrotherapies

Therapeutic hot/cold packs

Manual therapies

Applied exercise therapies

Learning objectives
After completion of this week, participants should be able to:

Understand the principles and application of electrotherapy including:

K-laser

Transcutaneous electrical nerve stimulation (TENS)

Neuromuscular electrical stimulation (NMES)

Pulsed magnetic therapy (Biomag)

Therapeutic ultrasound

Understand the use of therapeutic hot/ cold packs

Understand manual therapy and its application including:

Massage

Effleurage

Coupage

Joint mobilisations

Graded stretches

Understand applied exercise therapy including:

Strengthening and stabilising exercises

Balance and proprioceptive exercises

Functional exercises

Hydrotherapy

Week 2

Patient Assessment

Musculoskeletal patient assessment

Neurological patient assessment

Respiratory / critical care patient assessment

Learning objectives
After completion of this week, participants should be able to:

Carry out a basic musculoskeletal, neurological, and respiratory physiotherapy assessment

Understand valid outcome measures to guide patient treatment

How to write SOAP (subjective, objective, analysis, plan) notes to progress patient treatment

Week 3

Physiotherapy and Hydrotherapy Treatment Techniques

Early phase rehabilitation 0-2 weeks

Mid phase rehabilitation 2-6 weeks

Late phase rehabilitation 6-12 weeks

Patient discharge or maintenance physiotherapy programme

Learning objectives
After completion of this week, participants should be able to:

Carry out early physiotherapy treatment including:

Early manual therapy techniques

Early phase hot and cold pack treatment

Early electrotherapies to improve healing and for pain relief

Mid phase gentle exercise programmes including hydrotherapy

Late phase exercise therapy to include advanced strengthening, proprioceptive, balance and functional exercises

Late phase electrotherapies for pain relief, soft tissue injuries and muscle strengthening

Week 4

Physiotherapy Progression Plans and Home Exercise Programmes

Patient rehabilitation plans

Discharge and maintenance programmes

Home exercise plans

Learning objectives
After completion of this week, participants should be able to:

Learn how and when to progress patient plans from early to mid through to late stage rehabilitation to optimise patient outcomes

Understand when to discharge a patient, or to continue with a maintenance programme for chronic cases or surgical complications

Design home exercise programmes for owners to carry out

Week 5

Musculoskeletal Case Studies

CCL reconstruction – TPLO or lateral suture

Soft tissue injuries (tendinopathies, iliopsoas strains)

Fracture repair

Conservative management of chronic conditions, including hip dysplasia and elbow dysplasia

Learning objectives
After completion of this week, participants should be able to:

Consider appropriate assessment, treatment plan and progression of a musculoskeletal case study

Consider appropriate assessment, treatment plan and progression of a soft tissue case study

Consider appropriate assessment, treatment plan and progression of a fracture repair case study

Consider appropriate assessment, treatment plan and progression of a chronic condition case study

Week 6

Neurological and Respiratory (Intensive Care) Case Studies

Hemi- laminectomy (HLE)

Fibrocartilage embolism (FCE)

Pneumonia

Learning objectives
After completion of this week, participants should be able to:

Consider appropriate assessment, treatment plan and progression of a surgical neurological case study

Consider appropriate assessment, treatment plan and progression of a non-surgical case study

Consider appropriate assessment, treatment plan and progression of a respiratory (critical care) case study

Week 1

Physiotherapy Toolkit (Modalities)

Electrotherapies

Therapeutic hot/cold packs

Manual therapies

Applied exercise therapies

Learning objectives
After completion of this week, participants should be able to:

Understand the principles and application of electrotherapy including:

K-laser

Transcutaneous electrical nerve stimulation (TENS)

Neuromuscular electrical stimulation (NMES)

Pulsed magnetic therapy (Biomag)

Therapeutic ultrasound

Understand the use of therapeutic hot/ cold packs

Understand manual therapy and its application including:

Massage

Effleurage

Coupage

Joint mobilisations

Graded stretches

Understand applied exercise therapy including:

Strengthening and stabilising exercises

Balance and proprioceptive exercises

Functional exercises

Hydrotherapy

Week 2

Patient Assessment

Musculoskeletal patient assessment

Neurological patient assessment

Respiratory / critical care patient assessment

Learning objectives
After completion of this week, participants should be able to:

Carry out a basic musculoskeletal, neurological, and respiratory physiotherapy assessment

Understand valid outcome measures to guide patient treatment

How to write SOAP (subjective, objective, analysis, plan) notes to progress patient treatment

Week 3

Physiotherapy and Hydrotherapy Treatment Techniques

Early phase rehabilitation 0-2 weeks

Mid phase rehabilitation 2-6 weeks

Late phase rehabilitation 6-12 weeks

Patient discharge or maintenance physiotherapy programme

Learning objectives
After completion of this week, participants should be able to:

Carry out early physiotherapy treatment including:

Early manual therapy techniques

Early phase hot and cold pack treatment

Early electrotherapies to improve healing and for pain relief

Mid phase gentle exercise programmes including hydrotherapy

Late phase exercise therapy to include advanced strengthening, proprioceptive, balance and functional exercises

Late phase electrotherapies for pain relief, soft tissue injuries and muscle strengthening

Week 4

Physiotherapy Progression Plans and Home Exercise Programmes

Patient rehabilitation plans

Discharge and maintenance programmes

Home exercise plans

Learning objectives
After completion of this week, participants should be able to:

Learn how and when to progress patient plans from early to mid through to late stage rehabilitation to optimise patient outcomes

Understand when to discharge a patient, or to continue with a maintenance programme for chronic cases or surgical complications

Design home exercise programmes for owners to carry out

Week 5

Musculoskeletal Case Studies

CCL reconstruction – TPLO or lateral suture

Soft tissue injuries (tendinopathies, iliopsoas strains)

Fracture repair

Conservative management of chronic conditions, including hip dysplasia and elbow dysplasia

Learning objectives
After completion of this week, participants should be able to:

Consider appropriate assessment, treatment plan and progression of a musculoskeletal case study

Consider appropriate assessment, treatment plan and progression of a soft tissue case study

Consider appropriate assessment, treatment plan and progression of a fracture repair case study

Consider appropriate assessment, treatment plan and progression of a chronic condition case study

Week 6

Neurological and Respiratory (Intensive Care) Case Studies

Hemi- laminectomy (HLE)

Fibrocartilage embolism (FCE)

Pneumonia

Learning objectives
After completion of this week, participants should be able to:

Consider appropriate assessment, treatment plan and progression of a surgical neurological case study

Consider appropriate assessment, treatment plan and progression of a non-surgical case study

Consider appropriate assessment, treatment plan and progression of a respiratory (critical care) case study

Week 1

Preparation and Monitoring of Critical Cases

Preparedness

Considerations

Invasive blood pressure monitoring

Blood gas analysis

Spirometry

Learning objectives
After completion of this week, participants should be able to:

List generalised considerations for preparing to anaesthetise emergency cases

Setup and use invasive blood pressure monitoring and how this relates to oscillometric and doppler techniques

Interpret a basic blood gas analysis and outline how this abnormality may have occurred

Explain what spirometry is and how it differs from capnography

Week 2

Abdominal Surgical Emergencies

Gastric dilatation and volvulus

Haemoabdomen

The acute abdomen

Epidural anaesthesia

Learning objectives
After completion of this week, participants should be able to:

Understand the physiological disturbances caused by gastric dilatation and volvulus

Understand the physiological disturbances caused by haemoabdomen

Understand the physiological disturbances caused by the acute abdomen

Suggest considerations for these surgeries and list possible complications that may arise during anaesthesia

List the total and relative contraindications for epidural anaesthesia

Week 3

Thoracic Surgical Emergencies

Pyothorax

Penetrating injuries

Diaphragmatic rupture

Mechanical ventilation

Learning objectives
After completion of this week, participants should be able to:

Understand the physiological disturbances caused by pyothorax

Understand the physiological disturbances caused by a penetrating injury

Understand the physiological disturbances caused by diaphragmatic rupture

Suggest considerations for these surgeries and list possible complications that may arise during anaesthesia

Feel confident to safely choose ventilator settings for use during non-emergency surgery

Week 4

Caesareans

Physiology

ASA categorisation

Anaesthesia protocols

Anaesthesia infusions (TIVA)

Learning objectives
After completion of this week, participants should be able to:

Understand the physiological considerations for caesarean section

Assign and justify the choice of an ASA category to the caesarean section patient

Suggest a safe protocol for caesarean section, with variation based on differing drug availability depending on clinical setting

Understand the basis of total intravenous anaesthesia infusions

Week 5

What’s Happening?  What Should I do?

Hypoxia

Hypocapnia

Hypotension

ECG Abnormalities

Learning objectives
After completion of this week, participants should be able to:

List possible causes of, and suggest treatments for hypoxia and hypocapnia

List possible causes of hypotension and discuss the physiology of both pharmacological and non-pharmacological treatment options

Interpret the most common ECG abnormalities seen and understand how these rhythms will affect the patient, and have an understanding of possible treatment options

Week 6

CRASH!

Recover CPR guidelines

Crash box

Basic life support

Advanced life support

Learning objectives
After completion of this week, participants should be able to:

List the vital components of a crash box

Perform safe and effective chest compressions in a variety of patient sizes and conformations

Understand how to monitor the effectiveness of CPR in the clinical setting

Interpret the most common ECG rhythms seen during CPR

Understand what drug treatment options are available during CPR

Week 1

Feline Heart Disease

Prevalence, aetiology and pathophysiology of feline heart disease

Classification systems used to diagnose and treat feline cardiomyopathies

Nursing care and treatment aims

Learning objectives
After completion of this week, participants should be able to:

Explain the pathophysiology of feline heart disease

Understand the American College of Veterinary Internal Medicine (ACVIM) classification system as it applies to feline cardiomyopathies

Be familiar with the best approach to a nurse a cat with heart disease and heart failure

Week 2

Canine Heart Disease

Prevalence, aetiology and pathophysiology of myxomatous mitral valve disease (MMVD) and dilated cardiomyopathy (DCM)

Classification systems used to diagnose and treat MMVD

Staging systems used to diagnose and treat DCM in dogs

Nursing care of dogs with heart disease and heart failure

Learning objectives
After completion of this week, participants should be able to:

Explain the pathophysiology of MMVD and DCM

Understand the ACVIM classification system as it applies to MMVD and the staging system as it applies to canine DCM

Be familiar with the best approach to nurse a dog with either MMVD or DCM

Week 3

Electrocardiography (ECG) – Theory

The ECG machine and settings

Achieving a good quality ECG trace

How to interpret an ECG

Learning objectives
After completion of this week, participants should be able to:

Set up an ECG and understand the settings

Apply theory to achieve a good quality ECG trace

Understand how to interpret an ECG, using an algorithmic system

Week 4

Electrocardiography (ECG) – Application

Application of theory from week 1 to cases

Anaesthesia and ECGs

Life threatening arrhythmias

Learning objectives
After completion of this week, participants should be able to:

Apply theoretical learning to practical cases

Understand the role of anaesthesia and surgery upon ECGs

Identify life threatening arrhythmias

Week 5

Heart Failure

Pathophysiology of heart failure

Acute life threatening and chronic management

Management of patients with heart failure

Learning objectives
After completion of this week, participants should be able to:

Understand how heart failure can occur

Identify patients with heart failure and nurse them appropriately

Recognise drugs used in the treatment of heart failure

Week 6

Diagnostic Tests and the Cardiac Patient

Diagnostic tests used in cardiac patients

How to approach the test and the patient

Evaluation of diagnostic tests in cardiac patients

Learning objectives
After completion of this week, participants should be able to:

Perform or assist with diagnostic tests with confidence

Apply best practice methods to achieve reliable and repeatable results

Understand the purpose of diagnostic tests used in cardiac medicine

Week 1

Preparation and Monitoring of Critical Cases

Preparedness

Considerations

Invasive blood pressure monitoring

Blood gas analysis

Spirometry

Learning objectives
After completion of this week, participants should be able to:

List generalised considerations for preparing to anaesthetise emergency cases

Setup and use invasive blood pressure monitoring and how this relates to oscillometric and doppler techniques

Interpret a basic blood gas analysis and outline how this abnormality may have occurred

Explain what spirometry is and how it differs from capnography

Week 2

Abdominal Surgical Emergencies

Gastric dilatation and volvulus

Haemoabdomen

The acute abdomen

Epidural anaesthesia

Learning objectives
After completion of this week, participants should be able to:

Understand the physiological disturbances caused by gastric dilatation and volvulus

Understand the physiological disturbances caused by haemoabdomen

Understand the physiological disturbances caused by the acute abdomen

Suggest considerations for these surgeries and list possible complications that may arise during anaesthesia

List the total and relative contraindications for epidural anaesthesia

Week 3

Thoracic Surgical Emergencies

Pyothorax

Penetrating injuries

Diaphragmatic rupture

Mechanical ventilation

Learning objectives
After completion of this week, participants should be able to:

Understand the physiological disturbances caused by pyothorax

Understand the physiological disturbances caused by a penetrating injury

Understand the physiological disturbances caused by diaphragmatic rupture

Suggest considerations for these surgeries and list possible complications that may arise during anaesthesia

Feel confident to safely choose ventilator settings for use during non-emergency surgery

Week 4

Caesareans

Physiology

ASA categorisation

Anaesthesia protocols

Anaesthesia infusions (TIVA)

Learning objectives
After completion of this week, participants should be able to:

Understand the physiological considerations for caesarean section

Assign and justify the choice of an ASA category to the caesarean section patient

Suggest a safe protocol for caesarean section, with variation based on differing drug availability depending on clinical setting

Understand the basis of total intravenous anaesthesia infusions

Week 5

What’s Happening?  What Should I do?

Hypoxia

Hypocapnia

Hypotension

ECG Abnormalities

Learning objectives
After completion of this week, participants should be able to:

List possible causes of, and suggest treatments for hypoxia and hypocapnia

List possible causes of hypotension and discuss the physiology of both pharmacological and non-pharmacological treatment options

Interpret the most common ECG abnormalities seen and understand how these rhythms will affect the patient, and have an understanding of possible treatment options

Week 6

CRASH!

Recover CPR guidelines

Crash box

Basic life support

Advanced life support

Learning objectives
After completion of this week, participants should be able to:

List the vital components of a crash box

Perform safe and effective chest compressions in a variety of patient sizes and conformations

Understand how to monitor the effectiveness of CPR in the clinical setting

Interpret the most common ECG rhythms seen during CPR

Understand what drug treatment options are available during CPR

Week 1

Feline Heart Disease

Prevalence, aetiology and pathophysiology of feline heart disease

Classification systems used to diagnose and treat feline cardiomyopathies

Nursing care and treatment aims

Learning objectives
After completion of this week, participants should be able to:

Explain the pathophysiology of feline heart disease

Understand the American College of Veterinary Internal Medicine (ACVIM) classification system as it applies to feline cardiomyopathies

Be familiar with the best approach to a nurse a cat with heart disease and heart failure

Week 2

Canine Heart Disease

Prevalence, aetiology and pathophysiology of myxomatous mitral valve disease (MMVD) and dilated cardiomyopathy (DCM)

Classification systems used to diagnose and treat MMVD

Staging systems used to diagnose and treat DCM in dogs

Nursing care of dogs with heart disease and heart failure

Learning objectives
After completion of this week, participants should be able to:

Explain the pathophysiology of MMVD and DCM

Understand the ACVIM classification system as it applies to MMVD and the staging system as it applies to canine DCM

Be familiar with the best approach to nurse a dog with either MMVD or DCM

Week 3

Electrocardiography (ECG) – Theory

The ECG machine and settings

Achieving a good quality ECG trace

How to interpret an ECG

Learning objectives
After completion of this week, participants should be able to:

Set up an ECG and understand the settings

Apply theory to achieve a good quality ECG trace

Understand how to interpret an ECG, using an algorithmic system

Week 4

Electrocardiography (ECG) – Application

Application of theory from week 1 to cases

Anaesthesia and ECGs

Life threatening arrhythmias

Learning objectives
After completion of this week, participants should be able to:

Apply theoretical learning to practical cases

Understand the role of anaesthesia and surgery upon ECGs

Identify life threatening arrhythmias

Week 5

Heart Failure

Pathophysiology of heart failure

Acute life threatening and chronic management

Management of patients with heart failure

Learning objectives
After completion of this week, participants should be able to:

Understand how heart failure can occur

Identify patients with heart failure and nurse them appropriately

Recognise drugs used in the treatment of heart failure

Week 6

Diagnostic Tests and the Cardiac Patient

Diagnostic tests used in cardiac patients

How to approach the test and the patient

Evaluation of diagnostic tests in cardiac patients

Learning objectives
After completion of this week, participants should be able to:

Perform or assist with diagnostic tests with confidence

Apply best practice methods to achieve reliable and repeatable results

Understand the purpose of diagnostic tests used in cardiac medicine

Week 1

Radiation Physics and Safety

Learning objectives
After completion of this week, participants should be able to:

Understand the properties of x-rays

Explain how an x-ray tube works

Explain how digital x-ray systems work

Explain the risks of working with radiation

Explain the principles of radiation protection and how this is implemented in veterinary practice

Week 2

Radiographic Anatomy and Physiology in Small Animal Patients

Learning objectives
After completion of this week, participants should be able to:

Understand the normal radiographic anatomy of the thorax

Understand the normal radiographic anatomy of the abdomen

Understand the normal radiographic anatomy of the spine

Understand the normal radiographic anatomy of the thoracic limb

Understand the normal radiographic anatomy of the pelvis and pelvic limbs

Week 3

Radiographic Techniques (Positioning and Contrast Studies)

Learning objectives
After completion of this week, participants should be able to:

Understand and implement the optimum positioning for thoracic radiographs

Understand and implement the optimum positioning for abdominal radiographs

Understand and implement the optimum positioning for spinal radiographs

Understand and implement the optimum positioning for pelvic

Understand and implement the optimum positioning for thoracic limb radiographs

Understand and implement the optimum positioning for pelvic limb radiographs

Explain specialised orthopaedic views (TTA / TPLO / stressed / flexed / extended)

Understand contrast media and its usage

Describe contrast and dynamic studies (IVU / retrograde urethrocystogram/angiography)

Week 4

MRI and CT – Physics and Safety

Learning objectives
After completion of this week, participants should be able to:

Describe the basic principles of how CT works

Describe the basic principles of how MRI works

Explain safety concerns when working with CT

Explain safety concerns when working with MRI

Compare differences between CT and MRI

Week 5

MRI Techniques and Acquisition

Learning objectives
After completion of this week, participants should be able to:

Understand how to position small animal patients for spinal imaging

Understand how to position small animal patients for brain imaging

Explain which sequences are commonly utilised in small animal imaging

Understand commonly seen MRI artefacts

Week 6

CT Techniques and Acquisition

Learning objectives
After completion of this week, participants should be able to:

Understand how to position small animal patients for commonly performed CT studies (Spine / Thorax / Abdomen / Elbow)

Explain which reconstruction algorithms can be utilised and when

Understand commonly seen CT artefacts

Week 1

Transfusion Medicine

This week we will look at indications for packed red cell and whole blood transfusions, in both cats and dogs, in the acute emergency setting.  The nurse’s role is vital in this field, including preparing the recipient, blood typing, cross matching and monitoring the recipient.  We will cover common reasons for transfusion and patient specific nursing concerns, as well as indications for auto transfusion and xenotransfusion.   Common coagulopathies will also be discussed, along with indications for the use of plasma products in small animal patients.

Learning objectives
After completion of this week, participants should be able to:

Select the correct blood product for the individual patient

Understand the monitoring these patients require and patient specific concerns

Explain the different transfusion reactions that can occur and how they are avoided and treated

List the indications for auto transfusion and xenotransfusion

Describe the main coagulopathies we encounter and the treatment options available

Week 2

Acute Kidney Injury

Acute kidney injury is a relatively common presentation in emergency and critical care, however, it can occur for a variety of reasons.  This week will look at the conditions that lead to acute kidney injury and how we reach that diagnosis.  We will look at treatment options including reviews of the evidence bases in terms of patients that are anuric. The nursing role in these patients is multi- faceted and it is vital we can monitor and nurse these patients effectively.

Learning objectives
After completion of this week, participants should be able to:

Understand the different reasons that AKI develops, including post-surgery, toxin related and obstruction of the urinary tract

Understand the monitoring and nursing requirements of these patients including fluid therapy, acid-base status and how we recognize when they are deteriorating

Explain how we manage anuric patients including evidence reviews of methods to force diuresis

Understand the basics of peritoneal and haemodialysis for these patients and the indications

Week 3

Diabetic Ketoacidosis

DKA is a complex disorder that can be life threatening for our patients, and the nursing team play a large role in the management and recovery of these patients. There are multiple considerations in nursing a patient with DKA that go well beyond administering insulin. We will review common reasons for a patient to develop this endocrine disorder as well as acid- base and electrolyte abnormalities we may see.

These patients need intensive monitoring including repeated blood work so we will discuss how to minimize the impact of this on their welfare. There will also be discussion on the different approaches to administration of insulin and ongoing management of these cases when they are discharged home.

Learning objectives
After completion of this week, participants should be able to:

Recognise the concurrent conditions that may lead to difficulty stabilizing the DKA patient

Understand how we reach the diagnosis and the treatment priorities for these patients

Understand the different approaches to insulin administration as well as the pros and cons of each method

Explain how to prioritise appropriate monitoring for these patients

Week 4

Acute Pancreatitis

The pancreatitis patient is a common presentation to any practice. It is an inflammatory condition that can be classed from mild to severe.  We will focus on the nursing care and assessment of the patients requiring hospitalisation for management.  Whilst we often consider these patients as just needing a couple of days of supportive care, there are some serious complications that can occur and contribute to mortality.

Learning objectives
After completion of this week, participants should be able to:

Understand common aetiologies in dogs and cats

Review pain management options including drug types and routes of administration

Discuss nutritional support options

Identify complications including development of SIRS

Week 5

Acute Respiratory Distress

These patients present many challenges to us in practice and need some special consideration in terms of monitoring and nursing care.  We will look at recognition of the patient in respiratory distress, the potential causes, and our priorities for treatment.  We will review the monitoring tools that may be beneficial and our approach to stabilising these patients.

Learning objectives
After completion of this week, participants should be able to:

Prioritise stabilisation techniques based on patient presentation

Determine which method of oxygen supplementation is most appropriate for specific patients

Appreciate the management of patients in brachycephalic crisis

Understand the different approaches to diagnostics and monitoring for these very fragile patients

Week 6

Addisonian Crisis

Known as the “great pretender”, Addison’s disease leads to a potentially life-threatening situation when the patient goes into crisis.  Whilst electrolyte abnormalities are present in a typical Addisonian we can see no electrolyte changes in atypical cases.  The patient with an Addison’s crisis has multiple abnormalities which we need to monitor and correct.  Consideration of management options for these patients as well as resolving the crisis will all be discussed.

Learning objectives
After completion of this week, participants should be able to:

Understand the aetiology, common clinical signs, and effects of this complex disorder

Identify and differentiate a patient that has Addison’s disease, with a patient in an Addisonian crisis

Understand the nursing considerations for these patients in the hospital environment, and appreciate the impact stress hormones have

Identify priorities for treatment and ongoing management

Week 1

Radiation Physics and Safety

Learning objectives
After completion of this week, participants should be able to:

Understand the properties of x-rays

Explain how an x-ray tube works

Explain how digital x-ray systems work

Explain the risks of working with radiation

Explain the principles of radiation protection and how this is implemented in veterinary practice

Week 2

Radiographic Anatomy and Physiology in Small Animal Patients

Learning objectives
After completion of this week, participants should be able to:

Understand the normal radiographic anatomy of the thorax

Understand the normal radiographic anatomy of the abdomen

Understand the normal radiographic anatomy of the spine

Understand the normal radiographic anatomy of the thoracic limb

Understand the normal radiographic anatomy of the pelvis and pelvic limbs

Week 3

Radiographic Techniques (Positioning and Contrast Studies)

Learning objectives
After completion of this week, participants should be able to:

Understand and implement the optimum positioning for thoracic radiographs

Understand and implement the optimum positioning for abdominal radiographs

Understand and implement the optimum positioning for spinal radiographs

Understand and implement the optimum positioning for pelvic

Understand and implement the optimum positioning for thoracic limb radiographs

Understand and implement the optimum positioning for pelvic limb radiographs

Explain specialised orthopaedic views (TTA / TPLO / stressed / flexed / extended)

Understand contrast media and its usage

Describe contrast and dynamic studies (IVU / retrograde urethrocystogram/angiography)

Week 4

MRI and CT – Physics and Safety

Learning objectives
After completion of this week, participants should be able to:

Describe the basic principles of how CT works

Describe the basic principles of how MRI works

Explain safety concerns when working with CT

Explain safety concerns when working with MRI

Compare differences between CT and MRI

Week 5

MRI Techniques and Acquisition

Learning objectives
After completion of this week, participants should be able to:

Understand how to position small animal patients for spinal imaging

Understand how to position small animal patients for brain imaging

Explain which sequences are commonly utilised in small animal imaging

Understand commonly seen MRI artefacts

Week 6

CT Techniques and Acquisition

Learning objectives
After completion of this week, participants should be able to:

Understand how to position small animal patients for commonly performed CT studies (Spine / Thorax / Abdomen / Elbow)

Explain which reconstruction algorithms can be utilised and when

Understand commonly seen CT artefacts

Week 1

Transfusion Medicine

This week we will look at indications for packed red cell and whole blood transfusions, in both cats and dogs, in the acute emergency setting.  The nurse’s role is vital in this field, including preparing the recipient, blood typing, cross matching and monitoring the recipient.  We will cover common reasons for transfusion and patient specific nursing concerns, as well as indications for auto transfusion and xenotransfusion.   Common coagulopathies will also be discussed, along with indications for the use of plasma products in small animal patients.

Learning objectives
After completion of this week, participants should be able to:

Select the correct blood product for the individual patient

Understand the monitoring these patients require and patient specific concerns

Explain the different transfusion reactions that can occur and how they are avoided and treated

List the indications for auto transfusion and xenotransfusion

Describe the main coagulopathies we encounter and the treatment options available

Week 2

Acute Kidney Injury

Acute kidney injury is a relatively common presentation in emergency and critical care, however, it can occur for a variety of reasons.  This week will look at the conditions that lead to acute kidney injury and how we reach that diagnosis.  We will look at treatment options including reviews of the evidence bases in terms of patients that are anuric. The nursing role in these patients is multi- faceted and it is vital we can monitor and nurse these patients effectively.

Learning objectives
After completion of this week, participants should be able to:

Understand the different reasons that AKI develops, including post-surgery, toxin related and obstruction of the urinary tract

Understand the monitoring and nursing requirements of these patients including fluid therapy, acid-base status and how we recognize when they are deteriorating

Explain how we manage anuric patients including evidence reviews of methods to force diuresis

Understand the basics of peritoneal and haemodialysis for these patients and the indications

Week 3

Diabetic Ketoacidosis

DKA is a complex disorder that can be life threatening for our patients, and the nursing team play a large role in the management and recovery of these patients. There are multiple considerations in nursing a patient with DKA that go well beyond administering insulin. We will review common reasons for a patient to develop this endocrine disorder as well as acid- base and electrolyte abnormalities we may see.

These patients need intensive monitoring including repeated blood work so we will discuss how to minimize the impact of this on their welfare. There will also be discussion on the different approaches to administration of insulin and ongoing management of these cases when they are discharged home.

Learning objectives
After completion of this week, participants should be able to:

Recognise the concurrent conditions that may lead to difficulty stabilizing the DKA patient

Understand how we reach the diagnosis and the treatment priorities for these patients

Understand the different approaches to insulin administration as well as the pros and cons of each method

Explain how to prioritise appropriate monitoring for these patients

Week 4

Acute Pancreatitis

The pancreatitis patient is a common presentation to any practice. It is an inflammatory condition that can be classed from mild to severe.  We will focus on the nursing care and assessment of the patients requiring hospitalisation for management.  Whilst we often consider these patients as just needing a couple of days of supportive care, there are some serious complications that can occur and contribute to mortality.

Learning objectives
After completion of this week, participants should be able to:

Understand common aetiologies in dogs and cats

Review pain management options including drug types and routes of administration

Discuss nutritional support options

Identify complications including development of SIRS

Week 5

Acute Respiratory Distress

These patients present many challenges to us in practice and need some special consideration in terms of monitoring and nursing care.  We will look at recognition of the patient in respiratory distress, the potential causes, and our priorities for treatment.  We will review the monitoring tools that may be beneficial and our approach to stabilising these patients.

Learning objectives
After completion of this week, participants should be able to:

Prioritise stabilisation techniques based on patient presentation

Determine which method of oxygen supplementation is most appropriate for specific patients

Appreciate the management of patients in brachycephalic crisis

Understand the different approaches to diagnostics and monitoring for these very fragile patients

Week 6

Addisonian Crisis

Known as the “great pretender”, Addison’s disease leads to a potentially life-threatening situation when the patient goes into crisis.  Whilst electrolyte abnormalities are present in a typical Addisonian we can see no electrolyte changes in atypical cases.  The patient with an Addison’s crisis has multiple abnormalities which we need to monitor and correct.  Consideration of management options for these patients as well as resolving the crisis will all be discussed.

Learning objectives
After completion of this week, participants should be able to:

Understand the aetiology, common clinical signs, and effects of this complex disorder

Identify and differentiate a patient that has Addison’s disease, with a patient in an Addisonian crisis

Understand the nursing considerations for these patients in the hospital environment, and appreciate the impact stress hormones have

Identify priorities for treatment and ongoing management

Week 1

Patient Assessment and Triage

The concept of triage

Preparedness

Primary survey

Secondary Survey

Emergency history

Learning objectives
After completion of this week, participants should be able to:

Understand the triage process and how it can be utilised to prioritise emergency care

Describe how to make their team and environment prepared for when the emergency patient arrives

List how to carry out a primary survey during the initial assessment of the patient

Explain how to carry out a secondary survey assessment in order to list their concerns with the patient

Discuss how to communicate with the client including telephone advice, informed consent and emergency history

Week 2

Shock

Classify shock

Emergency database

Blood pressure

Oxygen therapy

The use of multiparameter monitors

Learning objectives
After completion of this week, participants should be able to:

Identify a patient with shock and classify which type of shock they have

Explain which parameters may be tested during an emergency database and how these can help to identify shock in the emergency room

Understand the physiology of perfusion and ways in which blood pressure can be monitored in the emergency patient

List the different ways that oxygen therapy can be delivered to the emergency patient

Understand the uses and limitations of multiparameter monitors and their role in monitoring perfusion trends

Week 3

Fluid Therapy

Patient assessment

Identifying a fluid deficit or change in volume

What fluids are available

Managing a change in content

Identifying a change in fluid distribution

Learning objectives
After completion of this week, participants should be able to:

Explain how to assess the patient’s fluid status using clinical exam and blood work

Discuss how to create a fluid plan to treat a fluid deficit such as hypovolaemia or dehydration

List what fluid options are available and which fluid might be preferred in which situation

Understand how fluid selection or the fluid plan can be altered to account for an electrolyte abnormality

Describe how to manage the patient with fluid overload or peripheral oedema

Week 4

Neurological Emergencies

Neurological assessment

Coma scoring

Raised intracranial pressure

Seizures

Learning objectives
After completion of this week, participants should be able to:

Describe how to perform a neurological assessment of an emergency patient

Describe how to perform a coma score and understand how these may be used in neurological patients

Understand methods of identifying raised intracranial pressure and the physiology behind this

Recognise a seizuring patient and understand their management, from initial presentation and stabilisation of mild seizures through to the management of a patient in status epilepticus

Week 5

Approach to the Trauma Patient

Assessment of wounds

Wound management

Management of fractures

Other injuries associated with trauma

Analgesia

Learning objectives
After completion of this week, participants should be able to:

Identify different wounds based on the patient history and appearance of the wound

Understand the principles of wound management and common techniques used to flush and debride wounds

Describe how to identify and manage fractures in the trauma patient

List other common injuries associated with trauma and how these should be managed

Implement an analgesia plan for the trauma patient based on pain assessment

Week 6

Common Toxicities

Common toxins seen in emergency practice

Renal toxins

Hepatotoxins

Anticoagulants

Neurotoxins

Learning objectives
After completion of this week, participants should be able to:

Describe the different ways toxins can enter the body

List the most common renal toxins and understand the treatment of these patients

List the most common hepatotoxins and understand the different treatments for each of these

Understand the physiological effects of anticoagulant ingestion and the treatment of these patients

Identify the most common neurotoxins seen in practice and understand the treatment of these patients