Monosaccharide!!!!!!! !!!!!!!!Disaccharide...

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Proteins Monomer Examples & Function Structure Molecular Shape Proteins Contains N and some have S, along with C, H, O _______ bonds link _______ _______ into chains called ________. Hbonds cause a protein to _______ into a certain shape. __________ makes each amino acid unique. ________=unfold=bad Functions: Hormones ___________ among body systems Insulin (hormone that controls blood sugar levels) Movement Muscle and cell movements _________ and _________ in muscles Immune system Identify self and non self substances _____________ on cell surfaces Enzymes Lower activation __________ of chemical reactions (energy needed to start reaction) _________ (digestive enzymes in stomach) Primary: Secondary: Helices & pleats Tertiary: 3D structure Quaternary: Final complex shape Carbohydrates Monosaccharide Disaccharide Polysaccharide Structure Function Quick energy Structure Function Source of monosac charides Structure Function Energy & structure Polysaccharides Monomer Function Structure Molecular Shape Energy Source for: Starch Glucose _________ storage for _________. Plants, animals Glycogen Glucose _________ storage for _________. animals Cellulose Glucose Rigid cell wall _________ for _________. herbivores

Transcript of Monosaccharide!!!!!!! !!!!!!!!Disaccharide...

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    Proteins     Monomer   Examples  &  

    Function  Structure  Molecular  Shape  

               Proteins  

    Contains  N  and  some  have  S,  along  with  C,  H,  O    _______  bonds  link  _______  _______  into  chains  called  ________.    H-‐bonds  cause  a  protein  to  _______  into  a  certain  shape.    __________  makes  each  amino  acid  unique.    ________=unfold=bad  

     

    Functions:  § Hormones  

    w ___________  among  body  systems  

    w Insulin  (hormone  that  controls  blood  sugar  levels)  

    § Movement  w Muscle  and  cell  movements  w _________  and  _________  in  

    muscles  § Immune  system  w Identify  self  and  non  self  substances  

    w _____________  on  cell  surfaces  § Enzymes  

    w Lower  activation  __________  of  chemical  reactions  (energy  needed  to  start  reaction)  

    w _________  (digestive  enzymes  in  stomach)  

    Primary:    

    Secondary:    Helices  &  pleats  

    Tertiary:    3-‐D  structure  

    Quaternary:  Final  complex  shape  

     

    The wrong amino acid can

    change the structure and

    function

    Carbohydrates          Monosaccharide              à                Disaccharide                  à          Polysaccharide  Structure

     

    Function    

    Quick  energy  

     

    Structure

     

    Function    

    Source  of  monosac-‐charides  

    Structure    

     

    Function    

    Energy  &  structure  

    Polysaccharides  Ca   Monomer   Function   Structure  

    Molecular  Shape  Energy  Source  for:  

     Starch  

     Glucose    

    _________  storage  for    _________.  

     

    Plants,  animals  

     Glycogen  

     Glucose    

    _________  storage  for    _________.      

    animals  

     Cellulose  

     Glucose    

    Rigid  cell  wall  _________  for  _________.    

    herbivores  

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    Lipids     Function   Structure  

    Molecular  Shape  Triglycerides  

     Unsaturated  

    Fats  

    • Energy  storage  for  _________  (oils)  

    • Usable  ___________      

     Saturated  Fats  

    • Energy  storage  for  _________  (lard,  blubber,  cream)  

    • Usable  ___________    

    Structural  Lipids    

    Phospholipids  Forms  a  ___________  between  _______  and  the  outside.    

     Waxes  

    Protection  from  ______  loss  and  weather  (on  fruits,  leaves,  fur,  etc)    

     Steroids  

    __________  that  control  metabolism,  immunity,  sexual  characteristics,  healing      

     Cholesterol  

    Production  of  Vit  D,  bile,    hormones,  and  cell  membrane  support    

    Nucleic  Acids   Function:    Contain  instructions  to  build  _____________.    Stores  and  transfers  genetic  information.    RNA’s  also  can  be  catalytic  and  have  other  regulatory  roles  in  cells.  

    Type   Monomer   Bases   Structure      

    DNA  

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    • ________  nucleotide  chain  

    • N  bases  form  _________  joining  2  strands  

    • A-‐____  and  C-‐___  • Double  ________  

       

    RNA  

    _____________  

       

    • ________  nucleotide  chain  

     

    Nucleic Acids

    Contain detailed

    instructions to build proteins

    Polymers made up of

    monomers called

    nucleotides

    Composed of a sugar,

    phosphate group and

    nitrogen base

    DNA RNA

    Nucleic Acids

    Contain detailed

    instructions to build proteins

    Polymers made up of

    monomers called

    nucleotides

    Composed of a sugar,

    phosphate group and

    nitrogen base

    DNA RNA

    Double  bonds  with  fewer  ____________  

    Maximum  number  of  ____________