WorksheetsUnit 5: Disease Summative Exam Review
Total questions: 42
Worksheet time: 21mins
What can cause disease?
viruses (non-living)
bacteria (living; prokaryotic cells)
fungi
protists (animal-like protists are called protozoa)
all answers are correct
How are bacteria different from viruses?
Viruses are living and are much larger than bacteria.
Bacteria are living, unicellular (made of one cell), are prokaryotic (they do not have a nucleus), and are bigger than viruses
Bacteria and viruses are the same size and cannot cause disease.
Which of the following can be used to help prevent and/or treat illness?
drinking plenty of water, getting plenty of rest, eating healthy food, washing your hands
vaccines can be given to help prevent illness, like the flu
antibiotics can be used to treat bacterial infections
all answers are correct
Which of the statements below regarding vaccines is true?
vaccines only work in children
vaccines work 100% of the time
vaccines can induce the body to build immunity to a disease without actually causing the disease itself
What is the function (job) of the immune system?
fight infection through the production of cells that inactivate foreign substances or cells
help you breathe
digest your food
circulate your blood
What are parasites?
something that has no effect on another organism
organisms that live in or on another organism and benefit by getting their own nutrients at the host's expense (some disease causing microorganisms can act as parasites)
something that helps another organism
How do the careers of a physician and epidemiologist differ?
Epidemiologists diagnose and treat diseases in patients, and physicians investigate the causes of disease or epidemics.
Epidemiologists are public health workers who investigate causes of disease or epidemics in humans. A physician is a medical doctor who can diagnose and help treat disease.
Epidemiologists and physicians never use science in their careers.
Epidemiologists and physicians are the same careers.
True or False: the human immune system helps protect against microscopic organisms and foreign substances that enter from outside the body and against some cancer cells that arise from within.
False
True
Cells carry out life functions. These functions are carried out in a similar way in all living organisms, including animals, fungi, plants, bacteria, and protists. Life functions include obtaining and using _______________________.
energy
cells
mitosis
photosyntheisis
Cells with NO nucleus are _____________ cells
eukaryotic cells (animals, plants, fungi, and protists)
prokaryotic cells (bacteria)
non-living
Cells with a nucleus are _____________ cells
eukaryotic cells (animals, plants, fungi, and protists)
prokaryotic cells (bacteria)
non-living
Organisms made up of just ONE cell are _____________
multicellular
unicellular
Organisms made up of MANY cells are _____________
multicellular
unicellular
Lyme disease is caused by bacteria. It can be treated with ____________
antibiotics
aspirin
Advil
True or False: Food poisoning can be prevented by cooking meat thoroughly and washing surfaces that have been in contact with raw meat.
True
False
Why is it important to take antibiotics exactly as your doctor prescribes them?
bacteria can never be killed
Some bacteria have an adaptation of antibiotic resistance. If antibiotics are not taken correctly, the resistant bacteria will survive, reproduce, and pass the antibiotic resistance gene to the next generation (the bacteria will evolve over time to be resistant to the antibiotic).
antibiotics don't kill bacteria
What is a pathogen?
something helpful
something that causes disease
a type of medicine
True or False: Bacteria can spread by animal vectors (an organism like a mosquito or a tick that spreads pathogens from host to host).
False
True
True or False: All bacteria are harmful.
True
False
True of False: A viral infection can be treated with antibiotics. (viral = virus)
False
True
Which of the following statements below is true?
Fungi are prokaryotic because their cells do NOT contain a nucleus.
Fungi never cause disease in humans.
Fungi are living and are eukaryotic because their cells DO contain a nucleus. Examples of fungi include mold, yeast, and mushrooms.
Fungi are NOT considered living.
Which of the following statements about viruses is true?
Viruses are living.
Vaccinations can be used to help prevent a viral infection.
Viruses do not cause disease.
Bacteria and viruses are the same thing.
Protozoa (animal-like protists) are _____________
always harmless
not living
smaller than bacteria.
unicellular (one-celled) eukaryotic organisms (they have a nucleus).
Malaria is ____________________
caused by a plasmodium protozoa carried by a mosquito vector
harmless
not a common infectious disease
a virus
The human ________________ system protects against microscopic organisms and foreign substances that enter from outside the body and against some cancer cells that arise from within.
digestive
respiratory
immune
nervous
Vaccines contain pathogens that are __________________
deadly
weakened or inactive
harmful
Number 1 on the diagram represents a(n) ____________ (good: produced by the immune system)
antibody
antigen
pathogen
Number 2 on the diagram represents a(n) ____________ (bad: located on the pathogen)
antibody
antigen
pathogen
Number 3 on the diagram represents a(n) ____________ (bad: anything that causes disease, like a harmful bacteria cell or a virus)
antibody
antigen
pathogen
Cancer is a disease that ________________
has no available treatments.
can be treated with antibiotics.
causes cells to divide out of control (the human immune system can sometimes protect against cancer cells that arise from within).
causes food poisoning.
True or False: Some new cancer treatments use the body's own immune system to help fight against cancer cells that arise from within the body.
False
True
Mutations are random errors in __________. Due to the mutations, abnormal cells divide uncontrollably. This often leads to the development of a tumor.
vaccines
genes (DNA)
pathogens
antigens
_____________ are living, prokaryotic, unicellular, reproduces asexually, can be harmful (causes disease like Tuberculosis and food poisoning) or helpful (digests food in our gut, yogurt production, decomposition), can be killed using antibiotics, examples include: Staphylococcus aureus, E. coli, Salmonella, Streptococcus
Bacteria
Protists (animal-like protists are called protozoa)
Animals
Plants
Fungi
_____________ are living, eukaryotic, multiceulluar, reproduce sexually and asexually; their cells contain chloroplasts and cell walls
Bacteria
Protists (animal-like protists are called protozoa)
Animals
Plants
Fungi
_____________ are living, eukaryotic, unicellular, can cause disease like malaria and sleeping sickness, examples include: Paramecium, Euglena, volvox
Bacteria
Protists (animal-like protists are called protozoa)
Animals
Plants
Fungi
_____________ are living, eukaryotic, some are unicellular and some are multicellular, can cause diseases like athlete's foot, ringworm, mold allergies; examples include some yeast, mold, mushrooms
Bacteria
Protists (animal-like protists are called protozoa)
Animals
Plants
Fungi
_____________ are non-living, contain genetic material of either DNA or RNA, can cause diseases like the flu, the common cold, Zika, Ebola (smaller than bacteria; can infect bacteria cells as shown in image above)
Bacteria
Protists (animal-like protists are called protozoa)
Viruses
Plants
Fungi
_____________ are living, eukaryotic, multicellular, reproduce sexually, can act as vectors that can transmit disease
Bacteria
Protists (animal-like protists are called protozoa)
Viruses
Animals
Fungi
Non-Resistant "Normal" Bacteria are represented by what image?
Antibiotic-Resistant Bacteria (with a genetic mutation) are represented by what image?
Bacteria that die due to antibiotics are represented by what image?
Which of the following statements is true regarding the graph below.
Antibiotic resistance in US hospital intensive care units started to increase in the year 1983.
Between the years 1990 and 2001 there was an increase in antibiotic resistance in US hospital intensive care units
