Anatomy
Anatomy 2
Anatomy 3
Misc
Misc 2
100
Type of muscle found in the heart that is involuntary and has its own electricity.
What is cardiac muscle?
100
Where blood is made.
What is bone marrow (inside the bones)?
100
Contains DNA in the cell
What is nucleus?
100
Neurons communicate using this type of signal
What is electrochemical (electricity and chemicals)?
100
How water moves across a membrane.
What is osmosis?
200
Tiny air sacks found in the lungs where diffusion takes place.
What are the alveoli?
200
Two organs that blood filters through
What are the liver and kidney?
200
Connects bones to bones
What is a ligament?
200
Carbohydrates are large organic molecules made of smaller pieces called this
What is glucose/sugar/monosaccharide?
200
How large molecules move from high to low concentration using a protein channel.
What is facilitated diffusion?
300
Chemicals used by the endocrine system to act long term on organs.
What are hormones?
300
Capillaries are part of this system.
What is circulatory?
300
Takes blood AWAY from the heart
What are arteries?
300
Amino acids linked together make this
What is protein/polypeptide?
300
DAILY DOUBLE: 1. Process of making ATP 2. Where it happens in the cell
1. What is cellular respiration? 2. What is the mitochondria?
400
Type of waste the blood removes from cells.
What is carbon dioxide?
400
Connects muscles to bones
What is a tendon?
400
Takes blood back TO the heart
What is a vein?
400
Mitochondria use oxygen and glucose/carbs to make this shortest form of energy.
What is ATP?
400
Two types of nucleic acids
What are DNA and RNA?
500
Oxygen enters the blood stream from the alveoli through this part of the circulatory system.
What are the capillaries?
500
Basic unit of the nervous system (hint: it uses electricity and chemicals)
What is a neuron?
500
Flap that sends food to the esophagus and air to the trachea.
What is the epiglottis?
500
DAILY DOUBLE: Name the organic molecule that ends with 1. -ose 2. -ase
What is 1. carbohydrate 2. protein?
500
Type of membrane transport that moves from low concentration to high (UP the concentration gradient), through a protein, and requiring energy.
What is active transport?
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