Page 7 - Biology _ Coogle Mind maps _ AS Level
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thylakoids are fluid filled sacs.
                                                                   mulitple thylakoids form discs,
                                                                          called grana




                                                      contain electron carriers










                                                              chlorophyll stored in
          thus preventing cell from
          bursting and allowing it  Light energy absorbed by       thylakoids
          to withstand large           chlorophyll
          pressures developed
          inside
 made of chitin                   water molecules split into
                                    hydrogen and water
 makes cell rigid giving
 freely permeable to  fungi  the cell a definite shape
 allow movement of                hydrogen oxidized
 the branches in gray indicate that they are not  molecules and ions
 related to plant cell structures  to the cell surface
 membrane  made of cellulose (a  TAKES PLACE IN GRANA
 plants  polysacchride ) and
 reinforced with lignin         used as fuel to convert
 eukaryotes                          ADP to ATP
 contains murein (a  prokaryotes  Stage I: Light Dependent
            Stage
 peptidoglycan)
                     the stroma in the choroplast is  the energy produced in
                     equivalent to the matrix in the  the first stage is used in
                     mitochondira               the second stage
 cell wall
 function: photosynthesis  TAKES PLACE IN THE STROMA
                                                                        starch grains

         Stage II: Light            carbon dioxide     sugar stored as                             seen in stroma
        Independent Stage        converted into sugar
 singular:
 plasmodesma
                                                                          lipid droplets

 fine strands of  plasmodesmata  chloroplasts
 cytoplasm
                                                                         reserves for making
                                                                         membranes and the
 form links to neighboring cells by  plant cell structures  chloroplasts originated as endosymbiotic bacteria  breakdown of
                     (photosynthetic blue-green bacteria)
 passing through pore like structures in  vacuole  presence of 70S        membranes in the
 the wall  ribsomes & DNA                                                   chloroplast
 regulate osmotic
 properties of cell
                              tonoplast
 think of them like  single membrane  controls exchange of substances
 the branches that               between the cytoplasm and vacuole
 link different
 points in mind-  function
 maps  features

                         solution of pigments, enzymes,
 contains pigments for petals  cell sap  sugars, other organic products,
 of flowers and certain   oxygen and carbon dioxide
 vegetables




 the vacuole of a plant cell is large,
 permanent and central  whereas for
 an animal cell it is temporary, small
 and phagocytic
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