Microbes & Macromolecules
Genetic & Flow of Information
Microbial Structures & Staining
Antibiotics & Resistance
Immunology & Infection
Random
100

This type of microbe contains peptidoglycan.

Bacteria

100

This describes the flow of genetic information inside a cell.

DNA --> RNA --> Protein

100

This group of microbes has a thick peptidoglycan layer and stains purple.

Gram positive bacteria

100

Antibiotics are effective against this type of microbe.

Bacteria

100

These cells originate in bone marrow but mature in the thymus.

T cells

100

This type of virus can enter a lysogenic cycle, integrating into the host genome.

Temperate phage

200

This microbe is an obligate intracellular parasite that lacks ribosomes

Virus

200

This structure contains non-essential DNA in bacteria.

Plasmid

200

This microbe lacks both a nucleus and peptidoglycan.

Archaea

200

True antibiotics are made by:

Microbes/living organisms

200

These are structures on pathogens that are recognized by the innate immune system

PAMPs

200

Microbes that can survive high heat briefly but prefer moderate temps are described as

Thermoduric

300

The protein shell of a virus that protects its genome is called this.

Capsid

300

The specific molecule used to classify Archaea as a separate domain.

16S rRNA

300

This type of infectious agent is a misfolded protein lacking DNA/RNA.

Prion

300

Transduction requires this to move bacterial DNA.

Bacteriophage

300

These small proteins interfere with viral infections.

Interferons

300

These organisms make organic molecules using sunlight and CO2.

Photoautotrophs 

400

Which macromolecule is responsible for long-term energy storage?

Fatty acids or triglycerides 

400

The process by which bacterial cells divide.

Binary fission

400

A bacterial structure involved in conjugation.

Pilus

400

One resistance mechanism bacteria use to rapidly remove drugs from the cell

Drug pumps

400

This is the portion of an antigen recognized by immune cells.

Epitope

400

This structure regulates transcription by binding the regulator protein in an operon.

Operator

500

These are the building blocks of carbohydrates.

Monosaccharides 

500

Which type of RNA brings amino acids to the ribosome?

tRNA

500

This structural difference makes Gram-negative bacteria harder to treat.

Outer membrane

500

Only this type of bacterial cell can uptake naked DNA from the environment.

Competent cell

500

This immune cell type is essential for killing virus-infected or cancerous cells in adaptive immunity.

Cytotoxic T cells

500

Both of these domains of life contain operons to coordinate gene expression.

Bacteria and Archaea

600

This macromolecule is responsible for the transmission of genetic information.

Nucleic acids

600

These two things are required for transcription to initiate at the promoter.

RNA polymerase

Sigma factor

600

These structures allow bacteria to adhere to surfaces and can help form biofilms.

Fimbriae

600

Penicillin is part of what drug class of antibiotics? 

Beta-lactams

600

These genes code for marker on the surface of cells like macrophages, dendritic cells, and B cells

MHC class II genes

600

Which category of microbe would have the following characteristics:

1. Not harmed by oxygen

2. Does not require oxygen

3. Cannot use oxygen to create ATP

Aerotolerant anaerobes