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Decks in this class (29)
viral properties and disease
define the nature of viruses, and summarise a generic life cycle of a virus, explaining its parasitic nature in relation to the host cell
6
cards
viral properties and disease
explain the basis for the classification of viruses, and how viruses are detected, cultivated and manipulated
24
cards
viral properties and disease
viral routes of infection: explain the different routes by which viruses cause infection, define the term tropism, and explain what determines the tropism of a virus
11
cards
viral properties and disease
viral infection outcomes: list different outcomes of infection by viruses, acute infection, persistent infection, latent reactivating infection, slow infection, oncogenesis. Name examples of viruses that cause each type of infection
22
cards
viral properties and disease
zoonoses: define the terms zoonosis and host range, explaining how viruses emerge and re-emerge using named examples
21
cards
bacterial properties and disease
bacterial properties: explain the meaning of the following terms when describing bacterial structure and function; coccus, bacillus, rod, Gram-negative, Gram-positive, acid-fast, aerobic, anaerobic, intra-cellular, extra-cellular
18
cards
bacterial properties and disease
bacterial gene transfer: compare the three main ways bacteria use to exchange genetic material
7
cards
bacterial properties and disease
infectivity and virulence: explain the concepts of infectivity and virulence, and define the term infective dose
7
cards
bacterial properties and disease
bacterial sources and routes: list the potential sources and possible routes of infection by bacteria
22
cards
bacterial properties and disease
bacterial pathogens: list examples of important bacterial pathogens, explain how they are transmitted by different routes, and the ways in which they cause disease
2
cards
bacterial properties and disease
pathophysiology: explain the pathophysiology of sepsis
6
cards
bacterial properties and disease
systemic inflammatory response syndrome: recall the disease continuum of the systemic inflammatory response syndrome
1
cards
bacterial properties and disease
sepsis treatment: describe the therapeutic strategies and patient support procedures during organ failure
1
cards
treatment of viral disease
explain why it is difficult to develop drugs which selectively act against viral infections
1
cards
treatment of viral disease
summarise the general strategy of designing drugs which target infectious agents but not the patient’s own cells, and identify stages in the life cycle of viruses which could potentially allow therapeutic intervention
6
cards
treatment of viral disease
antiviral therapy: list examples of classes of drugs which have been used successfully in antiviral therapy, and explain the specific strategy of using acyclovir and other nucleoside analogues as antiviral drugs
7
cards
fungal infection
fungal properties: explain the main differences between fungi (eukaryotes) and bacteria (prokaryotes), and the consequences for treatment of fungal infections
3
cards
fungal infection
fungal pathogens: list the various types of fungal infection, the major fungal pathogens, and explain the mechanisms by which they cause disease
9
cards
fungal infection
antifungal drugs: compare the major classes of antifungal drugs, and explain their mechanisms of action
12
cards
fungal infection
mycoses: define the terms superficial mycoses and deep mycoses, giving named examples of each type of infection
14
cards
vaccination
immunisation: explain the difference between active and passive immunisation
1
cards
vaccination
vaccines: explain the meaning of the following types of vaccine, giving a specific example of each; live attenuated, inactivated, subunit, toxoid, conjugate
12
cards
vaccination
list examples of bacterial and viral infections for which vaccination can be a successful strategy
17
cards
vaccination
explain the eradication of smallpox and similar efforts to control other viral diseases
1
cards
vaccination
medical microbiology: recall the basic principles of medical microbiology and it's clinical relevance
5
cards
hospital acquired infection and antibiotic resistance
hospital acquired infections: list the reasons for the high rate of hospital acquired infection
1
cards
hospital acquired infection and antibiotic resistance
antimicrobial mechanisms: summarise the mechanisms of action of important antimicrobials, and recognise that antimicrobial therapy provides a selection pressure for the spread of antimicrobial resistance
13
cards
hospital acquired infection and antibiotic resistance
antimicrobial resistance: summarise the mechanisms of antimicrobial resistance, list important bacterial pathogens that are multi-drug resistant, and explain why antimicrobial resistance is associated with increased morbidity, mortality, length of hospital stay and cost
12
cards
hospital acquired infection and antibiotic resistance
treatment: summarise the main approaches used to prevent hospital acquired infections and the emergence of drug-resistant bacteria
2
cards
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MCD Microbiology
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