WQ2 Microbiology
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| Normal Flora | microorganism that established residence but do not produce disease under normal conditions
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| A microorganism that is not causing any harm to the host is known as a | Normal Flora
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| Microbial antagonism | normal flora can benefits the host by preventing the overgrowth of harmful microorganism; mutal opposition or contrary action; inbitionof microorganism growth by the presens of another
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| Competing for nutrients and space, producing toxins, and producing ph changes are examples of | microbial antagonism
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| Symbiosis | when two or more different species or organisms live together in close association
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| Commentalism | a symbiotic relationship in which one organism benefits and the other is unaffected; one organism gains some benefits such as protection or nourishment and the host is not harm
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| Mutualism, Commensalisms and Parasitism are all examples of what kind of relationship between normal flora and the host | symbiotic
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| Synergism and Antagonism are both examples of what kind of relationship between normal flora and the host | nonsymbiotic
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| Pathology | the study of the nature and cause of disease which involves changes in structure and function
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| Etiology | the study of the cause of disease
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| Pathogensis | the origin and development of a disease
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| Pathogenicity | the ability to produce pathological change and disease
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| Disease | a pathological condition of the body that presents a group of clinical signs and symptoms that sets the condition apart as an abnormal entities differing from other normal or pathological body states
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| Infection | invaded
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| Contamination | surface
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| Infestation | invasion
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| Infection | the state or condition in which the body or part of it is invaded by a pathogenic agent that under favorable conditions multiples and produces injurious effects
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| Contamination | the act of introducing disease causing germs or infectious material in an area or substance
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| Infestation | the invasion of the body or an area by macroscopic organisms
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| Pathogenic microorganism | a microorganism capable of producing disease; the host is the organism from which a parasite obtains its nourishment
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| True pathogen | microorganism that routinely causes disease upon entering the host real or genuine disease causing microorganism
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| Opportunistic pathogen | they ordinarily do not cause disease in their normal environment but may become pathogenic if the conditions or state of health of the host changes
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| Drug fast microorganism | resistance of a microorganism to the action of a drug or drugs
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| Staphylococcus aureus AKA MRSA is an example of this type of microorganism | drug fast or drug resistanct
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| Symptoms | subjective change casused by disease that are felt by the patient but are not directly measurable
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| Signs | objective changes caused by disease observed by a physician nurse or other person attending a patient
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| Syndrome | a group of signs and symptoms associated with a particular disease
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| Communicable disease | a disease that may be transmitted directly or indirectly from one person to another
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| Contagious disease | a communicable disease that is transmitted easily from one person to anther
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| Non communicable disease | a disease that is not transmitted from one person to another
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| Epidemiology | the science that studies when and where disease occur and how they are transmitted
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| Notifiable disease or reportable disease | a disease the physicians must report to the US Public Health Service
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| Incidence | the frequency or occurrence of a disease over a period of time and in relation to the population in which it occurs; the number of people in a population who develop a disease during a particular time period
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| 40K new cases of HIV in the US in 2006 is an example of an | incidence
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| Prevalence | the fraction of a population having a specific disease at a given time prevalence takes into account new and old cases
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| In 2006 more than 1 million person are living with hiv/aids in the united states is an example of | prevalence
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| Sporadic disease | a disease that occurs occasionally in a random or isolated manner
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| Endemic disease | disease that occurs continuously in a particular region
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| Epidemic disease | appearance of an infectious disease or condition that attacks many people at the same time in the geographical area; higher than a normal appearance of an infectious disease within a given population
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| Pandemic disease | disease affecting the majority of the population of a large region or one that is epidemic at the same time in many different parts of the world; worldwide epidemic
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| Acute disease | disease having a rapid onset and short duration
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| Chronic disease | slow onset and long duration
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| Latent or dormant disease | on outward signs and symptoms
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| Local infection | infection caused by germs lodging and multiplying at one point in a tissue and remaining there
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| Systemic infection | also called a general infection; and infection that spreads throughout the entire body
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| Focal infection | one in which the organism are originally confined to one area but enter the blood or lymph vessel and spread to other parts of the body; these type of infections originate at a focus such as tooth cavity or sinus
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| Bacteremia | the presence of bacteria in the blood
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| Septicemia | condition characterized by the multiplication of bacteria in the blood
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| Viremia | the presence of viruses in the blood
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| Toxemia | the presence of toxins in the blood
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| Primary infection | the first infection that a host has after a period of health; an acute infection that causes the initial illness
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| Secondary infection | infection caused by a different organism than the one causing the primary infection
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| Mixed infection | infection caused by two or more organism
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| Subclinical infection | pertaining to a period before appearance of typical signs and symptoms of a disease
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| Exogenous Infection | arises from microorganisms transmitted from the outside of the body
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| Endogenous Infection | produced or arising from within the body for example the normal flora inside the gastrointestinal tract
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| A hospital acquired infection is an example of a | nonsocomial infection
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| Carriers | organisms that harbor pathogens and transmit them to other
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| Passive carriers | do not exhibits signs and symptoms of the disease
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| Active carriers | exhibit signs and symptoms of the disease
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| Convalescent carriers | recovering from a clinically recognizable form of a disease; have not returned to original state of health
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| Chronic carriers | transmit pathogens for longer than a year
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| Anthrax is an example of what type of disease | zoonoses
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| Zoonoses | diseases that occur primarily in wild and domestic animals and can be transmitted to humans
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| Physical contact, droplet transmission and congenital transmission are all examples of | direct contact transmission
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| Ingestion, airborne transmission, vectors and formites are all example of | indirect contact transmission
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| Formites | inanimate objectives that can spread infection
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| Towels, bedding, keyboards, telephones, doorknobs and needles are what type of indirect contact | formites
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| Mechanical insect vectors | pathogen is carried on the outside of the insect vector
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| Biological insect vectors | generally involved an insect bite; the insect vector harbors the pathogen and the pathogen may actually carry out its life cycle in the insect vector and/or the host
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| What is similar to a protien chemcially and physically? | enzymes
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| whichi is an example of a substraint | PROTein, carbon, lipid
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| use of cold or refrigeration is a ? technique? | bacteriostatsis
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| keeping bodies in a refrigeration is an example of a ? technique | bacteriostatsis
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| when does the enzyme lost it's catalytic activity? | when the enzyme loses it's shape
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| Insect | Infestation
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| Comtamination | Object
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| Infection | Body
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| Type of microbial agent used to disinfect an entire room | fumigation
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| A good quality of disinfection is one that covers | a broad base of agents
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| A terminology of microbrial agent used to sertilze objects | comtamination
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| a metabolic reaction of a catalyst that is synthesis and consumes more energy that it produces | catabolic reaction
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| a metabolic reaction of a catalyst that is degraditive and produces more energy than it need |
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| Is the relationship between a substrate and catalyst specific | yes
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| An example of the relationship between a catalyst and a substrate is a | lock and key
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| The substrate name of a protien is a | protienase
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| the substrate name of a carbohysrate is a | carbohydrase
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| the substrate name of a lipid | lipidase
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| In a catalytic reaction enzymes are | not changed
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| A type of microbial agent used to remove or destroy all forms of microbial life including endospores | sterilization
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| incerneration, cremation and hot air sterilization oven are all exammple of | dry heat
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| boiling, free flowing steam and steam under pressure are all examples of | mosit heat
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| sterilization | highest level of growth control; process of completely removing and destroying life form including endospores
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| Pathogen agent distruction or control of microbal growth of pathagen (chem or phy) does not destroy enspores | disinfection
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| sterilization destroys | endospores
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| disinfection destroys | pathogens
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| What is the mechenism of UV radiation | causes mutation of dna cells
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| what is the mechanism of dryheat/autoclave | oxidation of celluar compounds and enzymes
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| what is the mechansim of mosit heat | denatures protein and enzymes
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| What is the mechanism of desciccation | water limits growth
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| what is the mechanismof cold | prevents growth
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| What is the mechanism fo scrubbing | scrubbing itself
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| What is the most complete control method | sterilization
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| Which technique is more efficeint technigue to control microbial growth moist heat or dry heat | moist heat, the high temperatures denatures protiens and enzemyes
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| Of the moist heat techniques which is the most effective kills the most microbial | hot air auutoclave 121 c for 15 mins
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| What describes a catabolic reactions | Degradative
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| What describes an anatobolic reaction | Synthetic
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| Which of the following best describes enzymes | Biological catalyst
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| Denaturation is the loss of an enzyme charaterisci three dimensional structure or shape | True
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| What term best describe the removal of all microbial life including endospores | Sterilization
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| What term best describe the removal of all microbial life excluding endospores | Disinfection
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| What is a derivative of phenolic | Cresol
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| What is a term that describes the inhibiting (not destruction) of the grwoth of bacteria | Bacteriostatis
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| Which physical microbial control method is the most efficient | Auto clave steam under pressure
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| Which group of lipolytic could dissolve cell membrance | Alcohols/Phenol
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| Which group is described as a strong oxidizing agent | Halogens
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| Which group is described as a reducing agent | Aldehydes
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| Which group is described as a surfacant | QUATS
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| Symbiosis | two or more organism living together
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| Mutualism | Both organism benefit
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| Commensalism | One organism benefits; no harm or benefit to the other
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| microbial antagonism | mutal oppositin or contray action
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| parasitism | mutal oppositionor contray action
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| infection | body or part of the body is invaded by a pathogen
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| contamination | introducing infectious material on a surface
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| infestation | invasion of an area by macroscopic organisms
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| true pathogen | microorganism routinely causes disease
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| opportunites pathogen | ordinarily do not cause disease
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| drug fast microorganism | drug resistant
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| Syndrome | a group of signs and symptoms
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| local infection | infection that loadges at one point
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| systemic infection | general infection
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| septicemia | multiplicationof bacteria in the blood
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| bacteremia | presense of bacteria in the blood
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| subclinical infection | period before signs and symptoms
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| droplet transmission | direct contact transmission
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| ingestation ozoonosisf contaminated food | indirect contact transmission
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| biological vector | indirect contact transmission
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| congenital transmission | direct contact transmission
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| fomite transmission | indirect contact transmission
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| zoonosis | disease of animals transmitted to humans
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| passive carrier | does not exhibit signs and symptoms of the disease
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| active carrier | exhibit signs and symptoms of the disease
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| chronic carrier | transmit pathogen for more than a year
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| convalescent carrier | recovering from a disease
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| THE DESTRUCTION OF ALL MICROORGANISMS AND THEIR PRODUCTS IS TERMED | STERILIZATION
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| THE INHIBITION OF BACTERIAL GROWTH AND REPRODUCTION WITHOUT NECESSARILY DESTROYING THE ORGANISMS IS THE RESULT OF | AN ANTISEPTIC
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| THE DESTRUCTION OF ALL PATHOGENS AND THEIR PRODUCTS IS TERMED | DISINFECTION
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| AN AGENT WHICH DESTROYS YEASTS AND MOLDS IS TERMED A/AN | FUNGICIDE
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| AN AGENT WHICH LIBERATES GASES OR FUMES FOR THE PURPOSE OF DESTRUCTION OF INSECTS AND MICROORGANISMS IS CALLED | A FUMIGANT
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| WHICH OF THE FOLLOWING IS MOST EFFICIENT IN DESTRUCTION OF MICROORGANISMS | STEAM UNDER PRESSURE
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| WHICH OF THESE IS PRIMARILY BACTERIOSTATIC IN ITS ACTION | COLD
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| THE MOST WIDELY APPLICABLE AND EFFECTIVE STERILIZING AGENT IS | HEAT
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| FREE-FLOWING STEAM IS ABOUT EQUAL TO | BOILING
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| THE AUTOCLAVE USUALLY GENERATES A TEMPERATURE OF ABOUT | 121 DEGREES F.
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| WHICH OF THE FOLLOWING IS NOT A FACTOR IN THE ACTION OF A CHEMICAL DISINFECTANT | TIME OF DAY
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| WHICH OF THE FOLLOWING IS USED AS A STANDARD TO MEASURE THE EFFICIENCY OF CHEMICAL DISINFECTANTS | PHENOL
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| WHICH OF THE FOLLOWING IS A QUATERNARY AMMONIUM COMPOUND | ZEPHIRAN CHLORIDE
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| WHICH OF THE FOLLOWING IS NOT A PHENOLIC COMPOUND | GLUTARALDEHYDE
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| A TERM THAT MAY BE USED TO DESCRIBE THE PRESENCE OF TRUE PATHOGENS ON INANIMATE OBJECTS | CONTAMINATION
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| MICROORGANISMS THAT PRODUCE DISEASE ONLY UNDER FAVORABLE CONDITIONS ARE | OPPORTUNISTS
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| WHAT TERM REFERS TO THE INVASION OF THE BODY BY MACROSCOPIC PARASITES | INFESTATION
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| WHAT TERM IS DEFINED AS THE INVASION OF THE BODY BY LIVING MICROORGANISMS WITH SUBSEQUENT MULTIPLICATION AND DISEASE PRODUCTION | INFECTION
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| WHAT TERM REFERS TO THE PREFERENCE OF A PATHOGEN FOR A PARTICULAR PART OF THE BODY | ELECTIVE LOCALIZATION
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| AN INFECTION WHICH IS CAUSED BY ORGANISMS ALREADY PRESENT IN THE BODY IS BEST DESCRIBED AS | ENDOGENOUS
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| AN INFECTION WHICH HAS RELATIVELY SHORT AND SEVERE COURSE IS TERMED | ACUTE
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| AN INFECTION WHICH REMAINS CONFINED TO A PARTICULAR PART OF THE BODY IS TERMED | LOCAL
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| WHAT INFECTION IS ONE IN WHICH MICROORGANISMS OR THEIR PRODUCTS ARE SPREAD BY THE BLOOD OR LYMPH TTHROUGHOUT THE ENTIRE BODY | GENERAL
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| WHAT INFECTION IS ONE WHICH HAS A RELATIVELY SLOW ONSET AND LONG DURATION | CHRONIC
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| WHAT INFECTION SPREADS FROM ONE AREA OF INFECTION TO SET UP OTHER AREAS OF INFECTION IN THE BODY | FOCAL
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| WHAT INFECTION IS ONE IN WHICH THE CAUSATIVE AGENTS ENTER THE BODY FROM THE OUTSIDE BY ENTERING THROUGH ONE OF THE PORTALS OF ENTRY | EXOGENOUS
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| WHAT INFECTION IS ONE WHICH OCCURS IN AN INDIVIDUAL WHO ALREADY HAS AN INFECTION OF ANOTHER TYPE | SECONDARY
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| WHAT INFECTION IS ONE CAUSED BY TWO OR MORE DIFFERENT ORGANISMS AT ABOUT THE SAME TIME | MIXED
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| WHAT IS A CONDITION IN WHICH BACTERIA ARE FOUND IN THE BLOOD BUT NOT MULTIPLYING THERE | BACTEREMIA
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| WHAT INFECTION OCCURS IN AN INDIVIDUAL WHO HAS NO OTHER ACTIVE INFECTION | PRIMARY
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| WHAT IS AN INFECTION OF THE BLOOD WITH ACTUAL GROWTH AND MULTIPLICATION OF PATHOGENS IN THE BLOODS | SEPTICEMIA
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| WHAT INFECTION OCCURS AS A LATE COMPLICATION OF ANOTHER DISEASE AND IS ITSELF THE ACTUAL CAUSE OF DEATH | TERMINAL
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| A COMMUNICABLE DISEASE WHICH IS CONSTANTLY PRESENT TO A GREATER OR LESSER DEGREE WITHIN A COMMUNITY IS TERMED | ENDEMIC
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| A COMMUNICABLE DISEASE THAT ATTACKS A LARGE NUMBER OF PERSONS IN A COMMUNITY AT ABOUT THE SAME TIME IS TERMED | EPIDEMIC
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| A COMMUNICABLE DISEASE THAT OCCURS IN A COMMUNITY ONLY AS AN OCCASIONAL CASE IS TERMED | SPORADIC
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| A COMMUNICABLE DISEASE THAT HAS SPREAD TO MORE THAN ONE COUNTRY MAY BE DESCRIBED AS | PANDEMIC
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| WHICH OF THE FOLLOWING IS TRUE OF A CARRIER | NEVER HAD DISEASE THAT IS BEING CARRIED, MAY HAVE HAD THE DISEASE AND RECOVERED, NO SYMPTOMS OF THE DISEASE
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| WHAT CARRIER HARBORS AND DISSEMINATES THE CAUSATIVE AGENTS OF A DISEASE FOR A LONG TIME FOLLOWING RECOVERY FROM A DISEASE | ACTIVE
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| WHICH OF THE FOLLOWING IS A MODE OF DIRECT DISEASE TRANSMISSION | DROPLET SPRAY
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| WHICH OF THESE TRANSMIT DISEASE BY BITING THE HOST | BIOLOGICAL VECTORS
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| WHICH OF THE FOLLOWING WOULD MOST LIKELY TRANSMIT TYPHOID FEVER AS A MECHANICAL VECTOR | HOUSEFLY
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| CONGENTIAL DISEASE TRANSMISSION OCCURS THROUGH THE | PLACENTA
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| THE PRESENCE OF BACTERIA IN THE BLOOD WITH NO NOTICEABLE GROWTH OR REPRODUCTION IS | BACTEREMIA
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| A PERSON WHO HARBORS A PATHOGENIC MICROBE BUT DOES NOT EXHIBIT ANY SYMPTOMS OF THE DISEASE WHICH IT IS KNOWN TO CAUSE IS | A CARRIER
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| THE INVASION, MULTIPLICATION AND SPREADING OF MICROORGANISMS CAUSING HARM TO THE HOST IS | INFECTION
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| WHAT TYPE OF PATHOGENS CAUSE DISEASE UNDER MOST CONDITIONS | TRUE PATHOGENS
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| FOR DISINFECTION, ALCOHOL IS MOST EFFECTIVE IN A | 70% SOLUTION
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| THE PROCESS OF PASSING A LIQUID THROUGH A MATERIAL WITH PORES SO SMALL THAT BACTERIA CANNOT PASS THROUGH IS | FILTRATION
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| WHICH OF THESE CHEMICAL AGENTS IS A MEMBER OF THE QUATERNARY AMMONIUM COMPOUND FAMILY | BENZALKONIUM CHLORIDE
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| THOSE MICROORGANISMS THAT DO NOT NORMALLY INVADE THE BODY OF THE HOST TO PRODUCE DISEASE ARE | NORMAL FLORA
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| WHICH OF THESE IS LEAST EFFECTIVE IN ACHIEVING A STERILE ENVIRONMENT | BOILING
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| WHICH MECHANICAL METHOD OF SANITATION IS LIKELY TO BE USED IN THE PRACTICE OF MORTUARY HYGIENE | SCRUBBING
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| WHICH OF THESE CHEMICAL AGENTS IS DESCRIBED AS A COAL-TAR DERIVATIVE | PHENOL
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| A BACTERIUM THAT PRODUCES INFECTION ONLY WHEN SPECIFIC CONDITIONS ARISE IS | AN OPPORTUNISTIC PATHOGEN
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| NORMAL FLORA BACTERIA WILL CAUSE WHICH OF THE FOLLOWING TYPES OF INFECTION | ENDOGENOUS
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| WHICH OF THESE IS A CHEMICAL AGENT CAPABLE OF KILLING VIRAL ORGANIMS | VIRICIDE
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| WHAT CONTROL PROCESS IS USED TO DESTROY SOMETHING OF NO VALUE | INCINERATION
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| WHICH AGENT DESTROYS YEASTS AND MOLDS | FUNGICIDE
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| AN AGENT THAT LIBERATES GASES FOR THE PURPOSE OF DESTROYING MACROSCOPIC LIFE FORMS IS A | FUMIGANT
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| WHICH OF THESE STATEMENTS BEST DESCRIBES A PATHOGEN | AN ORGANISM CAPABLE OF PRODUCING DISEASE IN A SUSPECTIBLE HOST
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| AN INFECTION THAT OCCURS AFTER ANOTHER INFECTION IS ALREADY PRESENT IS | A SECONDARY INFECTION
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| WHICH OF THESE INFECTIONS OCCURS WITH RAPID ONSET AND SHORT DURATION | ACUTE INFECTION
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| THE FIRST INFECTION THAT A PERSON HAS AT ANY GIVEN TIME IS | A PRIMARY INFECTION
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| AN INFECTION THAT IS CAUSED BY TWO OR MORE DIFFERENT ORGANISMS IS A | MIXED INFECTION
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| THE RELATIONSHIP BETWEEN TWO ORGANISMS IN WHICH NEITHER CAN SURVIVE INDEPENDENT OF THE OTHER IS | SYMBIOTIC
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| A RELATIONSHIP BETWEEN TWO ORGANISMS IN WHICH ONE IS DETRIMENTAL TO THE OTHER IS | ANTAGONISTIC
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| A MUTUALLY ADVANTAGEOUS SYMBIOTIC RELATIONSHIP BETWEEN TWO ORGANISMS IS | MUTUALISM
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| WHAT TYPE OF CONDITION IS PRODUCED BY THE APPLICATION OF AN ANTISEPTIC | BACTERIOSTATIC
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| WHICH OF THESE TERMS IS SYNONYMOUS WITH BACTERIOSTATIC | ANTISEPTIC
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| ULTRAVIOLET RAYS OF SUNLIGHT | ARE BACTERICIDAL
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| CONGENITAL DISEASE TRANSMISSION OCCURS THROUGH | THE PLACENTA
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| WHY ARE ULTRAVIOLET LIGHT RAYS LETHAL TO BACTERIA | THEY DAMAGE THE DNA OR RNA OF THE MICROBE
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| WHAT IS THE IMPLICATION OF STERILIZATION | TO RENDER AN OBJECT FREE OF ALL LIVING ORGANISMS
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You may also shuffle the rows of the table by clicking on the "Shuffle" button.
Or sort by any of the columns using the down arrow next to any column heading.
If you know all the data on any row, you can temporarily remove it by tapping the trash can to the right of the row.
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Created by:
thegame7551