Notes for science student college
degree Type of Enzymes
There is six type of enzyme involves a biochemical reaction at one point or another you know
TCA cycle is actually just a series of different biochemical reactions and carbon metabolism
DNA replication with needs to happen before I can go through mitosis series of reactions this
also applies to the expression of genes going from DNA to RNA to protein and we need all of
these reactions go much faster it looks like a good idea a little more deeply in our reaction will
go on differently when has an enzyme versus not having one at all so you may be familiar with
the reaction where water and carbon dioxide faster electrons which is when the carboxy or
orientation of the two colliding molecules in space is also really important but one of them is
upside down or not in the correct position then the Collision may not result in a slide in the right
orientation so what did we learn in the role enzymes Play It's make biochemical reactions
happen more quickly and the next thing we talked about were for the many different catalytic
strategies and finally most of them are protein-based and the way they speed up chemical
reactions by lowering the activation energy we have energy on the y-axis the reaction quotient
on the x-axis and blue this would be the uncatalyzed reaction the energy of the products and the
difference between the energy of the transition state and the reactants is the activation energy
in the beginning of the reaction and at the end of the reaction the enzyme is not used up in a
chemical reaction they can be reused to react with another sucrose molecule is very nice a
glucose and fructose in the reaction the factors that affect enzyme activity the first one is the pH
enzymes have an optimal pH upon which they work most enzymes are up for pH is somewhere
between 6 and 8 because your body has a pH between 6 & 8 the optimal pH value that occurs
at this point access we have a rain so at this point the enzyme is working at its best at its
highest rate some enzymes they have an optimal pH. Is not around 7 princess the enzyme
pepsin has an optimum pH somewhere between 2 and 3 because it exists in your stomach
under acidic conditions another factor that affects enzyme activity is temperature am i t h as a
graph that corresponds to that so we have the temperature on the x-axis and the rate of the
reaction on the y-axis now the graph will look something like this so there is an optimal
temperature at which the rate is at its maximum increasing the temperature increase the rate of
the enzyme activity reactions and they're really important. Bible has chloroplast as a whole
range of different steps and reactions happening for the process of photosynthesis and the
Animals plants and lots of other cells we hang out the process of respiration to me just to name
two of the reactions in the body which two made up of many many steps involving loss of
chemicals molecular processes which happened in the body is not just to do with digestion
respiration and breathing in the lungs all the reactions that happen embroidery fast so that
Logan is a response to changes our environment was being chased by a predator we need
reactions within how many respirations be happening very fast otherwise if it takes too long for
me to get you to stress or anything like that we have to respond very very fast directions to Buy
some factors for example increasing the temperature so if we were to measure a growth while
we put rates of reaction on the y-axis so the speed of the reaction temperature along the x-axis
if you
degree Type of Enzymes
There is six type of enzyme involves a biochemical reaction at one point or another you know
TCA cycle is actually just a series of different biochemical reactions and carbon metabolism
DNA replication with needs to happen before I can go through mitosis series of reactions this
also applies to the expression of genes going from DNA to RNA to protein and we need all of
these reactions go much faster it looks like a good idea a little more deeply in our reaction will
go on differently when has an enzyme versus not having one at all so you may be familiar with
the reaction where water and carbon dioxide faster electrons which is when the carboxy or
orientation of the two colliding molecules in space is also really important but one of them is
upside down or not in the correct position then the Collision may not result in a slide in the right
orientation so what did we learn in the role enzymes Play It's make biochemical reactions
happen more quickly and the next thing we talked about were for the many different catalytic
strategies and finally most of them are protein-based and the way they speed up chemical
reactions by lowering the activation energy we have energy on the y-axis the reaction quotient
on the x-axis and blue this would be the uncatalyzed reaction the energy of the products and the
difference between the energy of the transition state and the reactants is the activation energy
in the beginning of the reaction and at the end of the reaction the enzyme is not used up in a
chemical reaction they can be reused to react with another sucrose molecule is very nice a
glucose and fructose in the reaction the factors that affect enzyme activity the first one is the pH
enzymes have an optimal pH upon which they work most enzymes are up for pH is somewhere
between 6 and 8 because your body has a pH between 6 & 8 the optimal pH value that occurs
at this point access we have a rain so at this point the enzyme is working at its best at its
highest rate some enzymes they have an optimal pH. Is not around 7 princess the enzyme
pepsin has an optimum pH somewhere between 2 and 3 because it exists in your stomach
under acidic conditions another factor that affects enzyme activity is temperature am i t h as a
graph that corresponds to that so we have the temperature on the x-axis and the rate of the
reaction on the y-axis now the graph will look something like this so there is an optimal
temperature at which the rate is at its maximum increasing the temperature increase the rate of
the enzyme activity reactions and they're really important. Bible has chloroplast as a whole
range of different steps and reactions happening for the process of photosynthesis and the
Animals plants and lots of other cells we hang out the process of respiration to me just to name
two of the reactions in the body which two made up of many many steps involving loss of
chemicals molecular processes which happened in the body is not just to do with digestion
respiration and breathing in the lungs all the reactions that happen embroidery fast so that
Logan is a response to changes our environment was being chased by a predator we need
reactions within how many respirations be happening very fast otherwise if it takes too long for
me to get you to stress or anything like that we have to respond very very fast directions to Buy
some factors for example increasing the temperature so if we were to measure a growth while
we put rates of reaction on the y-axis so the speed of the reaction temperature along the x-axis
if you
