Viruses
Taxonomy and Cladistics
Archaea, Bacteria, and Bacterial Classification
Examples of Bacteria and Antibiotics
Protists
100
The name of the virus that Adolf Meyer observed

Tobacco mosaic virus

100

The person who observed animals and grouped them based on patterns in his observations.

Aristotle

100

The domain of all organisms with eukaryotic cells. 

Eukarya
100

Example of Phylum Cyanobacteria, which is photosynthetic

Anabaena

100

The theory that explains how protists appear from prokaryotic cells

Endosymbiotic theory
200

Complete definition of virus

Virus is an infectious agent composed of nucleic acid (DNA/RNA) surrounded by a protein coat called a capsid.

200

Theophrastus' contribution to the classification system

He observed and classified plants.

200

Two differences between Domains Archaea and Bacteria

The cell wall of archaea does not have peptidoglycan, while that of the bacteria does. Archaean live in extreme conditions, while Bacteria live in regulated conditions. 
200

The person who discovered the first antibiotic, penicillin

Alexander Fleming

200

The plant-like protist that makes the largest number of photosynthetic organisms on Earth. 

Diatoms

300

The name of the virus that attacks the human liver, causing jaundice (yellowing of the skin)

Hepatitis B

300

Demonstrate by writing on the board the handwritten version of Panthera tigris

Panthera tigris

300

The three shapes of bacteria and their descriptions

  1. Coccus (plural: cocci): spherical bacterium

  2. Bacillus (plural: bacilli): rod-shaped bacterium

  3. Spirillum (plural: spirilla): spiral-shaped bacterium

300

The names of the bacteria AND the disease that cause the following symptom

Borrelia burgdorferi causes Lyme disease

300

What are pseudopods and which protist has one?

Footlike structures for locomotion, owned by Amoeba

400

The names of the seven steps of HIV life cycle in order

Binding - Fusion - Reverse Transcription - Integration - Replication - Assembly - Budding

400

The three kingdoms that were proposed by Carolus Linnaeus

Animals, plants, minerals

400
Two differences between Gram-positive and Gram-negative bacteria

Gram-negative bacteria: thin peptidoglycan layer between two plasma membranes. Appear pink-red using Gram-staining.

Gram-positive bacteria: thick peptidoglycan layer. Appear purple using Gram-staining. 

400

Definition of antibiotics

Chemicals produced by bacteria or fungi that kill off other bacteria.

400

The two stages of Giardia lamblia and their descriptions

  • Trophozoite stage:

    • Heart shaped with multiple flagella

    • Infect people from contaminated water, causing diarrhea

  • Cyst stage:

    • Rounded, not as active

    • Found in the feces of the host.

500

The entire process of transduction

  1. The virus attaches to the host cell and injects its DNA.

  2. The host cell produces proteins and replicates the viral DNA while its own DNA is destroyed.

  3. The viral DNA and proteins will assemble to form new viruses.

  4. Once the host cell is too full of viruses, it will burst, releasing the viral cell to infect other bacterial cell.

500

The 8 classification groups in order from biggest to smallest

Domain - Kingdom - Phylum - Class - Order - Family - Genus - Species

500

The entire process of binary fission

  1. The cell replicates its DNA

  2. The cell elongates

  3. The cell pinches off in the middle

  4. The cell separates into two genetically identical daughter cells.

500

Four ways to prevent antibiotic resistance

  1. Good hygiene

  2. Only use antibiotics when prescribed by a doctor. 

  3. Take the full regimen as prescribed until the medication is completely consumed. 

  4. Healthcare providers should prescribe medication to kill more specific bacteria than broad-spectrum antibiotics. 

500

The life cycle of Plasmodium

  1. Reproduce in mosquitos, producing sporozoites that travel into the bloodstream of a person when the mosquito bites. 

  2. The sporozoites enter the liver then reproduce asexually to become merozoites. 

  3. The merozoites enter the red blood cells then asexually reproduce there, eventually producing gametocytes.

  4. The gametocytes are taken by mosquitoes when they feed the blood of the infected person.