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 ...
-Central membrane bound organelle
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functions.  ‘ . »

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Cell Membrane

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nucleus of a cell.  It also
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Ribosomes

Ribosomes are found in the
cytoplasm and on the endoplasmic
reticulum.  Their job is to make
proteins needed in...
NUCLEUS

C YTOPLASM

CELL / 
MEMBRANE

 

The cytoplasm is a jelly like
material that is made up of
mostly water.  It is w...
Site of

cellular

chemical

reactions
Rough ER

The outer surface of rough ER is
covered with tiny structures called
ribosomes,  where protein synthesis
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Vacuoles

Membrane Bound
Compartments;  storage
areas. 

It also plays a role in
intracellular digestion and
release of ce...
Lysosome,  membrane-bound
sac found in nucleated cells

that contains digestive    Fusion forms
enzymes that break down  “...
Cell organelles that capture light
energy and convert it to chemical
energy. 

Chloroplasts are mostly disk-
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Support Structure for
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Organelles
used for
storage.
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Science Presentation[1]

  1. 1. a i. V 4% 2‘ ‘( H V ; IL I ‘J - &wWAAd , , , ,,, '”l L’. K ’H g [1 h1W» J '. ' 1" 1 ‘NH! ‘H {I4- jA{1L, f-L«2~: /9
  2. 2. -Central membrane bound organelle that manages or controls cellular functions. ‘ . » Outer membrane‘? /Lg l_ . _ -Positively charged center of an atom Inner membrane ‘.4 _, composed of neutrons and positively Nudwplsu-In y " . charged protons and surrounded by Nucleolus —‘. .__'. _’__ «- negatively charged electrons and "T" ‘W A_ , ' eukaryotic cells. ch'°mafl"‘f. ‘l‘ ‘ -'. , "_ ' -The central membrane — bound Nudcar ‘C ‘ . . ‘-" ~ -- ' envelope’( . . ‘ , L , ’ "‘ ‘ ’ organelle that manages cellular Pom in nudmr/ ( 1 ‘ -- , functions and contains DNA. envelope “ ’ 7 , _ ___‘_'
  3. 3. Cell Membrane Thin, flexible envelope that surrounds the cell. It allows the cell to change shape and controls what goes into and out of the cell. glycoprotein, cholesterol, integral protein, peripheral protein, filaments of cytoskeleton, cytoplasm, extra cellular fluid. 5. M . m M C W. 9 s, e ‘I a pl d V. h o b r a c s . m a Cl n o C M
  4. 4. ‘ l lceii iiiaii}~<‘ V’ . 1,4 as-“ Ct-II Mire IIlIll"ullll’ '. "“~- i‘ f K/ , ". ',‘f}, ' ’ f WI_‘ Culu‘uI, sm ’ .93 _. -'~ a, Cell Sup t llncuolc ll — xv. ’ ‘. “. .._ A fairly rigid structure located outside the 'f: ?7 "%; :"i'_ -7~I_-J’ , , . , . .l, . . . --_ . l"lll0[3hl)lldl'l0_ . ;‘. ij, f;; -. I‘ . .-2 ; ' plasma membrane that provides additional it fir ‘ Ill”? 1; 1 support and protection. , . f~’]. fi9"_j ; -j; f:» / _ _ _ _ , a Nl1I"IPll€_ . -”_I’-, "‘0olai‘| _[I_<1Its , ~ -A rigid boundary in prokaryotic cells and ‘~~~~~*«'r»{-—--’; —‘~~~ * cellulose in plant cells. g "il---~--u-r-—-
  5. 5. Nucleolus A small, typically round granular body composed of protein and RNA in the nucleus of a cell. It also makes ribosomes.
  6. 6. Ribosomes Ribosomes are found in the cytoplasm and on the endoplasmic reticulum. Their job is to make proteins needed in the cell for everyday life. The DNA tells the ribosomes which proteins to make, so that the cell can work efficiently. The nucleus also makes the ribosomes and sends them out for work.
  7. 7. NUCLEUS C YTOPLASM CELL / MEMBRANE The cytoplasm is a jelly like material that is made up of mostly water. It is what fills the cell is most of the time clear in color. It is more like a gel then a watery substance, but it liquefies when it is shaken or stirred.
  8. 8. Site of cellular chemical reactions
  9. 9. Rough ER The outer surface of rough ER is covered with tiny structures called ribosomes, where protein synthesis occurs. These proteins are transported into the rough ER, where enzymes fold and link them into the three dimensional shape that completes their structure. The rough ER also transports proteins either to regions of the cell where they are needed or to the Golgi apparatus, from which they may be exported from the cell. Rough ER is particularly dense in cells that manufacture proteins for export. Microsoft ® Encarta ® 2007. © 1993- 2006 Microsoft Corporation. All rights reserved. l-’. lT Flrb‘-. 'v H71-: -o: :'| ‘-Til: '4‘: ri I
  10. 10. Golg LL. .r. :Luil. ..u an 1». .§. .. ... . u. . L. .. m u‘ Kb ; ... J.l . . m w. .. .. ~iu». vi. :.irn. . . . c . . . ?.. V at . .|u. Ov 4 . ». .s. . 5%» m 5.. .. IV . I r . . o. :L. . a . .n. .i. Kfiv ins into packages and packs them into vesicles to be sent to the right place. i Flattened stack of tubular membranes that modifies the proteins. It sorts prote
  11. 11. Vacuoles Membrane Bound Compartments; storage areas. It also plays a role in intracellular digestion and release of cell waste. It has a variety of functions ranging from protection of a plant to endocytosis. Each plant cell The blue also has a central vacuole, dots are which is formed by the vacuoles coalescence of smaller vacuoles.
  12. 12. Lysosome, membrane-bound sac found in nucleated cells that contains digestive Fusion forms enzymes that break down “ 5€<°nd6rl' complex molecules in the , i * " 'Y“""’"" body. Lysosomes are . I , ‘ - primary wsosome numerous in disease-fighting — I, __, '_. _ cells, such as white blood "j; _ fif ", 'f= =; y cells, that destroy harmful ' invaders or cell debris . Microsoft ® Encarta ® 2007. C ’ j . _ 5? A. 5 V _ © 1993-2006 Microsoft " M ‘ Corporation. All rights reserved. —7— L ‘T’ Golgi apparatus
  13. 13. Cell organelles that capture light energy and convert it to chemical energy. Chloroplasts are mostly disk- shaped organelles, 4 to 6 micrometers in diameter. They occur most abundantly in leaf cells, where they can apparently orient themselves to light. Perhaps 40 to 50 chloroplasts exist in one cell and 500,000 in each sq mm (0.06 sq in) of leaf surface. Each chloroplast is enclosed in a double membrane. Microsoft ® Encarta ® 2007. © 1993-2006 Microsoft Corporatiqn. ,All rights reserved.
  14. 14. Support Structure for the cell. Uy'c §0l". 'yll. ‘«$)l:1:lT
  15. 15. Mltochondrla Inner Structure I L y, ‘ Membrane — bound I . 6 Inner . -—Membrane organelles in plant r 2 ~. .~ . cum and animal cells ( l iv -Membrane that transform " V energy for the cell. ‘ <7 i / /5 X Crl-tac . / 7 1 / / Matrix “~" ‘_ ,
  16. 16. Microlubules Thin hollow cylinders made of protein
  17. 17. 1 fr , . . . . .. .4i. . . “A. , . _ J. . it .1, A . . u . . . . . T " J. i » . « l 0 . _ _ .14 x. J 4 . nr. ~ . IiV. « 15 iii . .l I 4. IL 4 I . .c . b r. . 5 . I 1 w e . V_. w II . .. .. .J . _ u 4 ti . 3» .1 ; I .2 . I . . L . . . . . — . I. .1 . . . . . . I . . . c. .. ihl . h . u . ArI. . . . x u A is I l 5 . uh H IWI. fimae. . w . . 1 . « . . N V l — IC_lII . I _ , .1 4! . . . Ir. . . .. L. . «I s ’ I H . I I. . . .. . - I . I ha. .. v . I‘ i . . In . . z . l . x A ‘. . . .Ce 1 . .% 9 . . 3 u L . . . . . .. . . _ i . . . .. . cc . .. . l/ ll . ’. . r . . 1 . v. -.@. , . «nu. L . A. . ..ll . l 4 . x I . 4 s ' _ L . .. . ... _.L_ . .. 41.» r . J L. .. 4 . A. .. . . 1 Mac» . tw. .. . W 2.. . 7.. .. .. hr .1 . . . , . lv . n. I . .. .. 7 . ... .i , ll. . LL . . . .. .1 i . ._ . . . .. lm . . v . .c. L , . HI. K _ . ». w L . : I .1 _, . . . . 3 . 2 . . . . . . CD . l - . Ll . f , .. I up I i. .. . ii . . L. , x we . 4 . . . . . _ s . J.. .. 4 . . . . . - . . L A . ii . I in. W . . L . Aii: ‘Inn: . . .3 _ .9. V, . u. . . .u. .. . ... L I
  18. 18. Protein fibers that aid in cell division by helping to move chromosomes. "xxx. "-,3-‘n
  19. 19. Cilia Short, numerous S n ok . ..uo m LI- a h t projec m a h e W
  20. 20. Flagella Longer projections that move with a whip- like motion.
  21. 21. Plant Organelles used for storage.
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