This class was created by Brainscape user Jess Simmonds. Visit their profile to learn more about the creator.

Decks in this class (26)

Terminology and Cell ID
Agonal changes,
Euthanasia effects,
Post mortem changes
22  cards
Cell Injury 1
To review main critical cellular structures and their relevance to cellular response to injury. To recall the factors determining the cellular response to injurious stimuli. To recognise and describe the main patterns of cellular adaptation. To describe the features of specific examples of adaptive response.
19  cards
Cell Injury 2
To recognise the dynamic evolution and stages of cellular response to injury. To list the causes of cell injury and death. To identify the molecular mechanisms underlying reversible and irreversible cell injury. To distinguish the features of reversible vs irreversible cell injury.
21  cards
Cell Injury 3
To review the stages and features of irreversible cell injury progressing to cell death. To recognise and describe the main patterns and morphologic features of necrosis. To correlate patterns of necrosis with specific causes/aetiologies/disease conditions To differentiate between apoptosis and necrosis- The main patterns of cell death.
18  cards
Cell Injury 4
To list the most common examples of cellular and extracellular accumulation. To explain the mechanisms underlying specific types of accumulations. To recognise the morphologic patterns of selected examples of cellular and extracellular accumulations
35  cards
Inflammation 1
Inflammation and the vascular response.
19  cards
Inflammation 2
The cellular response. Chronic inflammation. "Many factors can modify the course and morphological appearance of acute and chronic inflammation"
17  cards
Inflammation 3
Regulation of the inflammatory response. Causes of inflammation Regulation of inflammation- Mediators- cell derived and plasma protein derived. Acute vs chronic inflammation.
29  cards
Inflammation 4
Terminology. See printed table. How inflammation affects the lung- special features of lung structure and function. Classification of pneumonia. Patterns of acute inflammation in the lung. Patterns of chronic inflammation in the lung.
17  cards
Tissue Injury and Repair 1
Basic mechanisms. -Definitions of repair, regeneration, healing with scar formation. -How to describe the cell cycle. -Definitions and some examples of labile, stable and permanent tissues and their cellular response to injury. -Nature and function of stem cells -At least one example of stem cell use in clinical veterinary medicine.
20  cards
Tissue Injury and Repair 2
Wound healing. -What ECM is composed of. -Causes of laminitis and typical gross/microscopic changes seen. -Circumstances under which tissue repair occurs by connective tissue formation, and the sequence of events of tissue repair. -Definitions of erosion and ulcer. -Cirrhosis definition, gross and microscopic appearance. -Granulation tissue vs. scar tissue.
19  cards
Tissue Injury and Repair 3
Healing by first and second intention. -How granulation tissue can go wrong in horses, and a major differential diagnosis. -Definitions of wound healing by first and second intention and the details of each stage in these processes. -How to draw a graph of the basic stages of wound healing. -How to describe healing of deep and shallow corneal ulcers. -Causes of delayed wound healing. -Differences between mammals and reptiles.
17  cards
Tissue Injury and Repair 4
-Blood brain barrier. -Different sites of brain haemorrhage following trauma. -Definitions of concussion, contusion and laceration. -Cellular responses to brain trauma. -Hansen Type I and II disc herniation in terms of breeds, ages of dogs, and pathogenesis. -Most common causes of cervical spinal cord compression in young horses, including gross and histological lesions. -Wallerian degeneration and it's histological appearance. -Stages of peripheral nerve regeneration.
26  cards
Tissue Injury and Repair 5
The connective tissues. TENDONS- Normal structure (gross, microscopic and ultrastructural) -Why the equine SDFT is injury prone, and it's human counterpart. -Tendon microdamage and how it occurs. -Phases of repair in tendon tissue and how this compares with skin wound healing. CARTILAGE- What factors limit it's ability to regenerate -Definitions of fibrillation, cartilage erosion, cartilage ulceration, eburnation, pannus and osteophytes. -Degenerative joint disease. -Gross and hi
27  cards
Patterns of Disease: Bone
-Main cell types. -The difference between traumatic and pathological fractures. -How to classify fractures. -The process of fracture repair- rigid, stable and unstable. -Possible complications of fracture repair. -Portals of entry of disease. -Specific examples of disease caused by direct entry of infection. -Structure of growth plates in young animals. -Why growth plates are so susceptible to infection. -Pathogenesis of embolic osteomyelitis.
37  cards
Patterns of Disease: Synovial Joints and CNS
JOINTS: -Terminology for joint disease. -Different portals of entry of disease in to the joints. -Why young animals are so susceptible to infectious joint disease. CNS: -All portals of entry of disease. -Routes of direct entry in to the brain and spinal cord, with specific examples. -How haematogenous infection occurs, including examples of viral and bacterial disease. -What leukocyte trafficking of disease is and at least one example. -Two diseases that infect the brain via axons
26  cards
Haematology 1
THE ORIGINS OF BLOOD CELLS. -Basic lifecycle of blood cells. -Terminology. -Main abnormalities seen in haematology and general approach to investigation. -Species differences.
14  cards
Haematology 2
ANAEMIA
33  cards
Haematology 3
ANAEMIAS OF DECREASED RED CELL PRODUCTION.
18  cards
Haematology 4
LEUKOCYTE ABNORMALITIES. 1. Leukogram patterns- physiological, stress and inflammatory. 2. Individual leukocyte changes. 3. Neoplasia of the haematopoeitic system.
30  cards
Neoplasia 1
-Define neoplasia -Differentiate a true neoplasm from other growths -List the changes which may precede neoplasia -List the important veterinary tumour types based on cells of origin -Differentiate between benign and malignant tumours using the relevant features: differentiation and anaplasia, rate of growth, local invasion and metastasis.
19  cards
Neoplasia 2
-List the markers of differentiation (structure, function) -Recall the histologcal featuers of malignancy -Demonstrate the important differences in the cell cycle (normal vs neoplastic tissues) -Describe the mechanisms of tumour growth (including evasion of apoptosis) -Recall theories of tumour evasion +/- stepwise tumour development. -List the mechanisms of invasion.
28  cards
Neoplasia 3
-Compare and contrast the mechanisms of invasion and metastasis -List the possible routes of metastasis -Know the steps important in haematogenous metastasis -Define angiogenesis -List the features of tumour vasculature
17  cards
Neoplasia 4
-Tumour organisation- parenchyma vs stroma -Host defences- Inflammation -Tumour immunity
26  cards
Neoplasia 5
-Define indirect effects of cancer- paraneoplastic syndromes -Be familiar with the most common examples in veterinary medicine- hypercalcaemia, hypoglycaemia, cachexia. -Describe the aetiology of cancer- genetics and cancer, virally induced tumours. -Give examples of virally induced tumours in a range of species -Equine sarcoids- why are they so difficult?
28  cards
Neoplasia 6
-Give good examples of tumour susceptibility in dogs -List the round cell tumours in dogs -Describe tumour grading in dogs -Describe tumour staging -Diagnostic approach to cases- Horse with lethargy, cow with a lump, cat with dyspnoea (case studies)
13  cards

More about
Jess Pathology

  • Class purpose General learning

Learn faster with Brainscape on your web, iPhone, or Android device. Study Jess Simmonds's Jess Pathology flashcards for their University of Glasgow class now!

How studying works.

Brainscape's adaptive web mobile flashcards system will drill you on your weaknesses, using a pattern guaranteed to help you learn more in less time.

Add your own flashcards.

Either request "Edit" access from the author, or make a copy of the class to edit as your own. And you can always create a totally new class of your own too!

What's Brainscape anyway?

Brainscape is a digital flashcards platform where you can find, create, share, and study any subject on the planet.

We use an adaptive study algorithm that is proven to help you learn faster and remember longer....

Looking for something else?

CPACC Flash Cards! by Jess
  • 5 decks
  • 459 flashcards
  • 84 learners
Decks: Concepts Models Type Of Disabilities, Statistics Etiquette And Benefits Of Acc, Web Accessibility Principles, And more!
pathology
  • 48 decks
  • 6156 flashcards
  • 92 learners
Decks: Cell As A Unit Of Health And Disease, I Cell Injury Cell Death And Adaptations, Ii Acute And Chronic Inflammation, And more!
French
  • 121 decks
  • 6695 flashcards
  • 1289 learners
Decks: Expressions 3, Vocab 68, Vocab 66, And more!
Make Flashcards