https://padlet.com/alaynethompson/m4t50hlnc89x67x Made with panache en-us 2021-10-04 20:01:59 UTC 2021-10-04 20:45:49 UTC hello@padlet.com alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790774537 Rxn's that undergo both an endergonic and exergonic rxn (i.e. rxn's that both release and consume energy). ]]> 2021-10-04 20:02:24 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790774537 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790776118 The sum of all chemical rxn's that occur in the body.]]> 2021-10-04 20:03:30 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790776118 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790777304 A rxn that releases energy. ]]> 2021-10-04 20:04:17 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790777304 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790777450 A rxn that needs/consumes energy. ]]> 2021-10-04 20:04:23 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790777450 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790778465 Catabolism: The breaking down of certain materials to create ATP (energy released ~ exergonic)
Anabolism: The building/creation of materials which consumes ATP and forms ADP and an inorganic phosphate. ]]> 2021-10-04 20:05:02 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790778465 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790778760 A catalyst to a rxn that speed's up the rate of the rxn.
Rxn will not change no matter the enzyme.

]]> 2021-10-04 20:05:14 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790778760 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790778923 Energy initially needed to start a rxn. 
Enzymes lower this energy to speed up the rate of the rxn. ]]> 2021-10-04 20:05:20 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790778923 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790783158 Lock and Key Model: Each Enzyme (lock) has a corresponding substrate (key) that enables the enzyme to activate. If the substrate does/ cannot fit into the enzyme then there will be not catalyst for the rxn or possibly no rxn at all. If The substrate can/is able to fit into the slot with the enzyme than the activation energy is lowered thus creating a catalyst that speeds up the rate of the rxn ]]> 2021-10-04 20:07:32 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790783158 alaynethompson https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790783374 Naming (41): Every enzyme will end with the suffix "- ase"
EX: Kinase & Isomerases 
Factors & Effects (42): 
  Temperature - If the internal temperature within the body oe muscles is too high or too low then this can hinder the effectiveness of enzymes in the cytoplasm or sarcoplasm respectively. Warm-Ups Facilitate enzyme activity (up to a certain point). 
  Acidity - The lower the pH levels the more H+ ion concentration there is. Lower pH levels can lead to an increase in acidity in the muscles and blood, hindering the effects of enzymes.
  Co-Factors: metal ions that facilitate enzyme activity.
  Co-Enzymes: Vitamins that facilitate the shape of the enzyme to help facilitate enzyme activity. ]]> 2021-10-04 20:07:42 UTC https://padlet.com/alaynethompson/m4t50hlnc89x67x/wish/1790783374