Bacteria: Reproduction Bacteria: Response Virus: Life Cycle Vaccines Scientific Method $100 $300 $200 $400 $500

Bacteria: Reproduction - $100 First step in reproduction

Bacteria: Reproduction - $200 Cell that starts reproduction is called the ____________ cell

Bacteria: Reproduction - $300 Cells made after reproduction are called _____________ cells

Bacteria: Reproduction - $400 Name 3 ways we preserve food so bacteria cannot grow

Bacteria: Reproduction - $500 Box used to heat agar plates so bacteria can grow

Bacteria: Response - $100 What some bacteria use to move

Bacteria: Response - $200 Structure formed by a bacteria to protect its chromosome from damage

Bacteria: Response - $300 Best way to prevent the spread of a bacterial infection

Bacteria: Response - $400 What it is called if a bacteria is not getting enough food or water

Bacteria: Response - $500 2 differences between a bacterial and human cell

Virus: Life Cycles - $100 Outside of virus that is used to protect DNA

Virus: Life Cycles - $200 Where virus reproduces

Virus: Life Cycles - $300 Chemical made by white blood cell that kills viruses

Virus: Life Cycles - $400 Only place a virus can grow

Virus: Life Cycles - $500 Name of disease that scientists “killed”

Vaccines - $100 1st person to make a vaccine Who did he do it to??

Vaccines - $200 Type of cell that makes antibodies to viruses

Vaccines $300 Why is there no vaccine to HIV?

Vaccines - $400 1st step in making a vaccine is to do this to the virus

Vaccines $500 Why does it take 14 days for a vaccine to start working in a human?

Scientific Method - $100 Will washing your hands with soap decrease disease? Identify the control

Scientific Method $200 Will washing your hands with soap decrease disease? Identify the independent variable

Scientific Method $300 Scientific Method $300 Will washing your hands with soap decrease disease? Identify the dependent variable

Scientific Method $400 Will washing your hands with soap decrease disease? Create a hypothesis

Scientific Method - $500 Will washing your hands with soap decrease disease? Identify 3 constants

Bacteria Reproduction - $100 Double its DNA

Bacteria Reproduction - $200 A parent cell

Bacteria Reproduction - $300 Daughter cells

Bacteria Reproduction - $400 1.Freeze or refrigerate 2. canning 3. preservatives 4. drying 5. salting

Bacteria Reproduction - $500 Incubator 97°F

Bacteria Response - $100 flagella

Bacteria Response - $200 Endospore

Bacteria Response. - $300 Wash hands with soap and water

Bacteria Response - $400 stressed

. Bacteria Response - $500 Bacteria have no nucleus and have a cell wall

Virus: Life Cycle - $100 Protein coat

Virus: Life Cycle - $200 Inside a host cell (plant, animal, bacteria, fungus, protist)

Virus: Life Cycle - $300 White blood cells make ANTIBODIES

Virus: Life Cycle - $400 Inside any host cell

Virus: Life Cycle - $500 Smallpox Moscow (Russia) and Georgia (USA)

Vaccines - $100 Jenner His son!

Vaccines - $200 T4 or memory cell

Vaccines $300 HIV changes its protein coat

Vaccines - $400 Kill DNA so it cannot infect you

Vaccines - $500 Our body takes time to make memory cells But then, watch out!

Scientific Method. - $100 Control is No soap

Scientific Method. - $200 Independent variable is with soap

Scientific Method - $300 Dependant variable is number of colonies that grow

Scientific Method - $400 Washing your hands with soap and water will decrease the amount of bacteria you grow.

Scientific Method - $500 3 constants Same agar type Same plate size Same temp