Question

In: Biology

List 5 specific species of pathogenic bacteria that use oxygen as their final electron acceptor List...

List 5 specific species of pathogenic bacteria that use oxygen as their final electron acceptor

List 5 specific species of pathogenic bacteria that use something other than oxygen as their final electron acceptor?

Solutions

Expert Solution

Bacteria that can use oxygen as a final electron acceptor are called aerobic bacteria. On the other hand, bacteria that can grow even without oxygen by utilizing something else as a final electron acceptor are called anaerobic bacteria. Note that most of the pathogenic anaerobes are facultative anaerobes meaning that they can withstand oxygen too. Strict anaerobic pathogens which include clostridium are relatively rare and often live in a commensal manner within human body.

The following are pathogenic bacteria that use oxygen as final electron acceptor:

Bacterial species Disease caused

Bordetella pertussis

Whooping cough (pertussis)
Chlamydia trachomatis Urethritis

Corynebacterium diphtheriae

Diptheria
Mycobacterium tuberculosis Tuberculosis
Nocardia asteroides Nocardiosis

The following are pathogenic bacteria that use something other than oxygen as final electron acceptor:

Bacterial species Disease caused
Clostridium tetani Tetanus
Enterococcus faecalis Endocarditis
Haemophilus influenzae Bacterial meningitis
Streptococcus pneumoniae Bacterial pneumonia
Fusobacterium necrophorum

Lemierre's syndrome


Related Solutions

Why do we need oxygen? Select one: a. It is the final electron acceptor in the...
Why do we need oxygen? Select one: a. It is the final electron acceptor in the electron transport chain b. It is needed to change the blood's pH c. It activates pepsinogen into pepsin d. Bacteria require it to break down plant products in large intestine e. It is needed for glycolysis to occur
26) When oxygen is not available as a final electron acceptor, human cells go through fermentation....
26) When oxygen is not available as a final electron acceptor, human cells go through fermentation. What is the disadvantage to this process in humans?     A. Significantly less ATP is extracted from glucose.        B. Ethanol is a byproduct.     C. Our genes can become mutated.            D. Mitochondria degrade in lysosomes. 27) Why is the signal transduction pathway necessary? A. This is how viruses are inactivated by T lymphocytes. B. It is necessary to get bacteria to...
Without this molecule, cellular respiration does not happen, because it is the final electron acceptor. What...
Without this molecule, cellular respiration does not happen, because it is the final electron acceptor. What is it? O2 water FADH2 CO2 Yeasts are single-celled eukaryotes that don't have a mitochondrion. Can they exist in an environment without oxygen? Yes, yeasts can exist in an oxygen-poor environment. They will only be able to produce 2 net ATP via fermentation, but the absence of oxygen will not kill the organisms. No, the presence of oxygen will kill yeast because they will...
identify: the type of metabolism, the fuel source and final electron acceptor, and the steps of respiration needed to generate ATP.
For each of the following descriptions, please identify: the type of metabolism, the fuel source and final electron acceptor, and the steps of respiration needed to generate ATP. Case 1: Hydrogenovibrio thermophilus lives in a hyperthermal vent in the deep sea. The bacteria use hydrogen sulfide (HS) or hydrogen gas (H2) and oxygen (O2) for their respiration. Case 2: Lactobacillus acidophilus is a type of bacteria that can live in your gut. These bacteria will use lactose and produce pyruvate...
identify: the type of metabolism, the fuel source and final electron acceptor, and the steps of respiration needed to generate ATP.
Name That Metabolism! For each of the following descriptions, please identify: the type of metabolism, the fuel source and final electron acceptor, and the steps of respiration needed to generate ATP. Case 4: Methanobrevibacter smithii is a type of bacteria that lives in the guts of cows and other organisms. These bacteria use the hydrogen gas and carbon dioxide produced by gut microbes during fermentation and produce methane gas (CH4). Case 5: Paracoccus denitrificans is an extremophile which uses methane...
In the past, a specific antibiotic was effective in killing a certain species of bacteria. Now,...
In the past, a specific antibiotic was effective in killing a certain species of bacteria. Now, most members of this bacterial species are resistant to this antibiotic. Explain how this species of bacteria has become resistant. In your answer be sure to include the concepts of overproduction, variation, natural selection and adaptation to the environment. Simple.
List two similarities and two differences between viruses and bacteria. Then, list a specific bacterial disease...
List two similarities and two differences between viruses and bacteria. Then, list a specific bacterial disease and tell how it is treated. List a specific viral disease and how it is treated.
How do oxygen, temperature, pH, and water determine where you might find a specific species of...
How do oxygen, temperature, pH, and water determine where you might find a specific species of bacteria
What different strategies do microaerophilic and aerobic bacteria use to protect nitrogenase from oxygen?
What different strategies do microaerophilic and aerobic bacteria use to protect nitrogenase from oxygen?
Qu. 5. a) List the components of a generic electron transport chain in the correct order...
Qu. 5. a) List the components of a generic electron transport chain in the correct order b) List the components of an electron transport chain used in aerobic respiration in the correct order c) List the components of an electron transport chain used in anaerobic respiration in the correct order
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT