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Study guide PP3 #40---44

AB
2 types of cellssoma and sex(germ) cells
compare soma & germ cell sizegerm cells small, somatic cells large
What is cell theory?the cell performs all life functions
compare soma & germ cell-make upsomatic cells more complex with more organelles
compare soma & germ cell--purposegerm cell-reproduction soma cell-all over body many purposes
Germ cells areerm cells are cells that are able to produce and reproduce --male sperm, female oocytes (eggs), reproductive cells
somatic cells can be found---in blood, connective tissue, bones, skin, and internal organs.
somatic cell--meiosis or mitosisA somatic cell is a body cell; it can only undergo mitosis
A germ cell-- meiosis or mitosisA germ cell undergoes meiosis.
What are the components of the cell? (not individual organelles)Contains lipids, carbohydrates, and functional proteins
Phospholipid Bilayer(describe), Double layer of phospholipid molecules,
hydrophilic heads of Phospholipid Bilayer(describe), heads—toward watery environment, both sides,
hydrophobic fatty-acid tails of Phospholipid Bilayer(describe), hydrophobic fatty-acid tails—inside membrane--away from watery enviroment
function of Phospholipid Bilayer(describe)barrier to ions and water soluble compounds
Integral proteins: (membrane proteins), within the membrane
Peripheral proteins:(membrane proteins), inner or outer surface of the membrane
6 Functions of Membrane Proteinsstabilizers,identifiers, catalyze reactions, bind and respond to ligands,transport , regulate
Membrane Protein Function- Anchoring proteins(stabilizers): attach to inside or outside structures
Membrane Protein Function- Recognition proteins(identifiers): label cells normal or abnormal
Membrane Protein Function- Enzymescatalyze reactions
Membrane Protein Function-Receptor proteinsbind and respond to ligands (ions, hormones)
Membrane Protein Function- Carrier proteinstransport specific solutes through membrane
Membrane Protein Function- Channelsregulate water flow and solutes through membrane
functions of membrane carbohydrateLubrication and protection Anchoring and locomotion Specificity in binding (receptors) Recognition (immune response)
glycocalyx (blue fuzzy component--this is a microscope picture), membrane carbohydrates form sticky “sugar coat" that extends outside cell membrane,


Bowles Academy

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