2. CELL : SOCCER The cell organelles can be compared to ‘SOCCER’.
3. NUCLEUS a cell structure in plant and animal cells that acts as the control centre and directs all the cell’s activities. COACH An essential person who gives all the directions to the players. nucleus
4. CHROMOSOME A structure in a cell that contains DNA, or genetic information, which holds “construction plans” for all the pieces of the cell; makes up the characteristics something. THE RULES The rules make up the game; Soccer. AND ETC….. Chromosomes…
5. CYTOPLASM A watery fluid that holds contains everything inside the cell membrane and outside the nucleus, where many of the cell’s chemical activities take place. SOCCER FIELD The soccer field holds all the soccer players in place. Soccer field….. Cytoplasm….
6. CELL MEMBRANE A double layer of fat molecules that holds the contents of the cell in place and controls the movement of materials into and out of the cell. THE BORDER LINES These lines indicate where only players can enter. (The white lines….) Cell membrane
7. CELL WALL* A structure that protects and supports a plant cell. WALLS The walls that limit the access of the audience can be compared with the cell wall; they stop kicked balls from assaulting within. Plant-cell Wall…
8. VACUOLE A fluid-filled space in the plant and animal cells that is used to store water and nutrients; also used to store waste and move waste and excess water out of the cell. WATER BOTTLES Between the intervals of the game, the players go to their bench and have a drink; to keep their bodies from dehydrating.
9. MITOCHONDRIA Organelles in that provide the cells energy through the process called *cell respiration. AUDIENCE The fans cheering and encouragement gives the players on field energy and will power. audience mitochondria .*a process in which mitochondria release energy by combining sugar molecules with oxygen to form carbon dioxide and water.
10. RIBOSOMES A very small organelle that uses information from the nucleus and molecules from the cytoplasm to produce proteins. PRACTICE AND TRAINING To the players, protein is skills and abilities. Thus, in order to gain the ‘protein’, they must practice and train. Rough E.R. ribosomes
11. ENDOPLASMIC RECTICULUM A cell structure that consists of a series of folded membranes that acts as canals to carry materials through the cytoplasm. PLAYERS They move the ball around the field, like how E.R. moves materials around the cytoplasm. Rough E.R. E.R. David Beckham…. Smooth E.R.
12. GOLGI APPARATUS A cell organelle that stores proteins and puts them into packages, called vesicles. POSITIONS Positions exist to sort the skills the players are fond of in a cluster; just like how the Golgi apparatus sorts the proteins. Ex) the defense players are organized at the back in a specific formation. Forward Mid- Def. Goalie
13. LYSOSOMES An organelle formed by the Golgi apparatus to control and clean the cytoplasm; contains special proteins used to break down large molecules; also destroy damaged or worn-out cells. WEATHER A bad weather, like rain, can greatly influence the flow of soccer. Lysosomes
14. CHLOROPLAST* A plant-cell structure containing many molecules of a green pigment called chlorophyll. COACH’S WORDS A coach’s word, bad or good, can cause the players to focus. Get you butts movin’!!! chloroplast
15. CILIA Tiny hairs that work to move a cell or the fluid surrounding a cell. THE LEGS The player’s legs allow them to roam freelyon the field. cilia
16. FLAGELLUM A whip-like tail that helps a cell to move. SOCCER BALL The ball motivates the players to keep going after it; a trigger to get them moving. flagellum
