Name this bacteria shape.

Name this bacteria shape.

Archaebacteria live in extreme environments.

Bacteria are classified as ____________.

Unlike the cells of eukaryotes, the cells of bacteria do not have _____________.

What is found free-floating in the cytoplasm of bacteria cells?

The ability of bacteria to survive and become "stronger" even after antibiotic treatment is called _____________.

An endospore is a structure that ______________.

Name this bacteria shape

True or False: Some types of bacteria eat and clean up oil spills

A disease causing organism is called a __________.

When conditions get inhospitable (unlivable), bacteria form an____________.

Challenge....

Based on the figure, which chemical inhibited the growth of the bacteria the most?

Challenge......

The name streptococcus tells you the bacteria are arranged as ___.

Prokaryotic cells are found in which domain(s)?

Which of the following is in the correct order from large to small?

Which of the following is in the correct order from small to large?

Which of the following are considered extremophiles?

Which of the following is the most numerous ORGANISM found on Earth?

Which of the following are most susceptible to death by antibiotic treatment?

__________ are bacterial cells that meet their carbon needs by breaking down carbon dioxide and who meet their energy needs by converting solar energy into chemical energy.

__________ are bacterial cells that meet their carbon needs by breaking down other organic materials and who meet their energy needs by converting solar energy into chemical energy.

__________ are bacterial cells that meet their carbon and energy needs by breaking down other organic materials and organisms.

__________ are bacterial cells that meet their carbon needs by breaking down organic material and reach their energy needs by converting solar energy into chemical energy.

Which of the following prefers hot environments?

Which of the following prefers dry environments?

Which of the following prefers environments with high sugar concentrations?

Which of the following prefers extreme cold environments?

Which of the following prefer environments with high salt concentrations?

Which type of bacteria is shown in the attached image?

Which type of bacteria is shown in the attached image?

Which type of bacteria is shown in the attached image?

Which type of bacteria is shown in the attached image?

Which type of bacteria is shown in the attached image?

Which type of bacteria is shown in the attached image?

A bacterial cell udnergoes Gram staining and appears purple, how should it be classified?

A bacterial cell udnergoes Gram staining and appears pink, how should it be classified?

A bacterial cell that has two membranes would be classified as _________.

A bacterial cell that has one cell membrane would be classified as _________.

Which group of bacteria are more virulent?

Which group of bacteria can withstand antibiotics better?

All gram negative bacteria re harmful.

This gram negative bacteria is responsible for the Black Plague.

This gram positive bacteria is used to make numerous antibiotics such as neomycin found in neosporin.

This gram negative bacteria has chlorophyll and is responsible for producing our oxygen rich atmosphere.

This gram positive bacteria is responsible for tetnus, gangrene and botulism.

This gram negative bacteria is responsible for converting atmospheric nitrogen gas into a solid nitrate form that can be absorbed by plant roots.

This gram positive bacteria is used to ferment foods and create foods such as yogurt and cheese.

This bacterial structure provides strength and rigidity to the cell and prevents it from bursting. It also anchors the pili and flagella.

This bacterial structure is the site for protein production.

Controls what enters and leaves the cell; site for metabolic processes like cell respiration and/or photosynthesis

Protects the cell from drying out and helps the cell to stick to surfaces and other cells.

A membrane sac that is an extension of the cell membrane so it therefore increases the surface area of the cell membrane; makes metabolic processes more efficient

Structure that is necessary for bacterial locomotion; allows the bacterium to roll or tumble.

Single loop of chromosomal DNA that is found free-floating within the bacterial cell

Used during conjugation as a physical link between two separate bacterial cells; also used to help attach the bacteria to other cells or surfaces

Small double stranded circular DNA molecule that is separate from the bacteria’s chromosomal DNA; usually holds genes that provide a genetic advantage to the survival of the bacterial cell.

A tough, dormant, non-reproductive structure that surrounds bacterial nucleoid in harsh environments as a way of surviving until conditions become more favorable.

What term is used to describe how bacterial cells reproduce?

Which of the following does not increase genetic diversity in a bacterial population?

Which type of gene transfer occurs from parent to offspring?

Which type of gene transfer occurs between two bacterial cells which are not related?

Which type of gene transfer requires a pilus?

Which type of gene transfer occurs when a bacterial cell will pick up plasmids in the environment that originated from previous bacterial cells that have lysed (ruptured)?

Which type of gene transfer occurs when a bacteriophage is used as a vector?

Which type of gene transfer occurred in the experiment shown in the attached image?

What type of gene transfer is occurring when a plasmid is being exchanged from a donor cell to a recipient cell through a pilus?

What type of biotechnology was used to cut the green and purple strands?

What do you call the single stranded overhang segments of DNA shown in the image below? (On Green its TTAA on purple its AATT)

What do you call a piece of DNA that is created by merging a target gene from a separate organism into the genes of a bacterial cell?

What do you call the tool used to seal the gaps between the target gene and the bacterial plasmid to create one complete and continuous DNA segment?

True/False: Antibiotics harm human cells?

Which of the following is NOT a role of bacteria?

Which of the following should not be the primary way that we control the spread of bacteria because it may lead to highly resilient bacterial infections that cannot be treated?

What molecule needed to be present in the petri dish to allow the green fluorescent protein to be expressed in the bacterial cells during our pGLO lab?

Which gene was included within the plasmid that held the green fluorescent protein that we used in our pGLO lab?