Reece Andonov Lizzie Codina Period 3 Nucleus vs Prison Warden Found in both types of eukaryotic cells The nucleus is like the prison warden because the warden controls all aspects of the prison and the nucleus controls all functions of the cell also they are both the most important ID: 331915
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Slide1
Cell vs. Prison
Reece
Andonov
Lizzie
Codina
Period 3Slide2
Nucleus vs
Prison Warden
Found in both types of eukaryotic cells
The nucleus is like the prison warden because the warden controls all aspects of the prison and the nucleus controls all functions of the cell, also they are both the most important.Slide3
Cell Membrane
vs
Walls & doors of prison
Found in both prokaryotic and eukaryotic cellsThe membrane is like the doors and walls because the both keep things in and out and will selectively allow entrance.Slide4
Vacuoles vs. prison cell
Found only in eukaryotic cells
The vacuole is like a prison cell because the vacuole keeps what it stores inside itself and the prison cells don’t allow the prisoner to escape.Slide5
Mitochondria vs. Power generator
Found in eukaryotic cells
The mitochondria is like a power generator because it powers necessary life functions of the cell and the power generator because it powers the entire prison. Slide6
Cytoskeleton vs. pillars
Found in all cells
The cytoskeleton is like the pillars because booth support and help keep the structure of the object, in this case the cell and the prison.Slide7
Lysosome vs. electric chair
Found only in animal cells
The
lysosome is like the electric chair because it destroys(dissolves) the food from the vacuole and the electric chair gets rid of the prisoner from the cell.
Slide8
E.R. Vs hallways & lanes
Found in Eukaryotic cells
The Endoplasmic Reticulum(both smooth and rough) is like the hallways and lanes of a prison because they both help to transport things from one place (within cell or prison) to another.Slide9
Chloroplasts vs. cooks
Found in plant cells
The chloroplasts are like the prison cooks because the both produce food. The chefs give food to energize the prisoners and the chloroplasts give food to energize the cell.Slide10
Ribosome vs. convict labor
Found in all cells
The ribosome is like convict labor because the convicts working in the industrial produce and assemble furniture, cars etc and the ribosome produces and assembles proteins.Slide11
Cell Wall vs. outer fence
Found only in plant and bacteria cells
The cell wall is like the outer fence because the cell wall give shape and protection to the cell, just as the outer fence does to the prison.Slide12
Golgi vs. transport procession
Found in eukaryotic
The Golgi is like the transport procession because the both ship exports-transport items outside of the cell/prison.Slide13
Cytoplasm vs. prison
Found in all cell types
The cytoplasm is like the actual prison because the purpose of both is to hold things in.Slide14
Nucleolus vs. educational facilities
Found only in eukaryotic
The nucleolus is like the educational facilities because the nucleolus has to assemble and organized the RNA just as the educational facilities have to organized the students and help them to learn.
NucleolusSlide15
Centriole vs. prison chains
Found in animal cells
The centriole is like the prison chains because the centrioles attach to chromosomes as spindle fibers and pull them apart just like the prison chains are used to help keep some of the prisoners apart.Slide16
Vesicle vs. Storage
Found in eukaryotic cells
The vesicles are like the prison storage because the purpose of both is to store semi important objects.Slide17
Centrosome vs. guards
Found in eukaryotic
The centrosome is like the guards because the guards pull apart the prisoners just like the centrosome pulls apart the chromosomes.Slide18
Capsule vs. barbed wire
Found in prokaryotic
The capsule is like the barbed wire because the wire is like another layer of protection to keep people in and out just like the capsule is to the cell.Slide19
Cell Theory
All living organisms are composed of cells. They may be unicellular or multicellular.
The cell is the basic unit of life.
Cells arise from pre-existing cells.Slide20
Prokaryotic vs. eukaryotic
Prokaryotic
Eukaryotic
Simplistic cells
Only organelle is ribosomes
Includes cell wall, cytoskeleton, ribosomes, cell membrane, capsule, cytoplasm & plasmid
Pro-no No
Kary-kernal
Nucleus
Complex cells
Many organelles such as ER, nucleus, golgi, mitochondria, etc.
Eu
-True True
Kary-kernal
NucleusSlide21
Plant vs. animal
Plant
Animal
Cell wall
Large central vacuoleChloroplasts
Small vacuoles
Centriole
LysosomeSlide22
Sources
http://starpotter1.wix.com/cell-as-a-prison#!