Cellular respiration
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| define Respiration | Metabolic process that produce energy(ATP-Adenosine Triphosphate ) for all life processes.
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| what do you call the Metabolic processes that produce energy | Cellular Respiration
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| what process by which energy is released from nutrient molecules converted to usable form and stored in cells is called | Cellulart Respiration or Respiration.
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| name some sources of energy | Food Glucose Photosynthesis.
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| Energy ATP name the structure | Phosphate group ribose and adenine.
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| On a piece of paper draw the Cycle of ATP |
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| when energy is released what is it temporarliy stored as. | it is stored as ATP until it is needed to be used.
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| What is ATase | an enzyme
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| what is the role of ATase | is an enzyme that catalyze the decomposition (breakdown) of ATP into ADP
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| ATP stands for what | Adeonsine Triphosphate
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| what does ADP stand for | Adenosine diPhosphate
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| ADP + P = | AdenosineTriphosphate
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| energy from food can be stored in the bonds |
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| stored energy is later released when what happens | the bond breaks
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| Movement: Mechanical Wall- | energy for muscle contractions
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| define transport work | moving substances across cell membranes
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| Growth methods to Make ATP |
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| Name the two types of Respiration? | Anaerobic
Aerobic Respiration
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| Anaerobic Respiration define it | with out oxygen takes place in the absence of oxygen
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| what is only partially broken down in Anaerobic respiration | Glucose is only partially broken donw
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| Anaerobic Respiration produces a total of ____ ATP | 2
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| Anaerobic Respiration is inefficient but fast |
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| Where does Anaerobic Respiraton take place? | in the cytoplasm of eukaryotes and cytoplasm and / or cell membrane of prokaryotes
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| Aerobic Respiration | Requires oxygen for the release of energy.
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| In Aerobic Respiration ,glucose is broken down further producing what | 36 ATP
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| Aerobic REspiration is highly efficient and where does it take place in the ???? | Aerobic Respiration is highly efficient and takes place in the MITOCHONDRIA
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| WHAT ISTHE STRUCTURE OF THE MITOCHONDRIA | CRISTAE-
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| WHAT IS CRISTAE= | HIGHLY FOLDED INNER MEMBRANE
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| WHAT IS THE ETS | ELECTRON TRANSPORT CHAIN
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| WHERE DOES THE ETS TAKE PLACE | IN THE MITOCHONDRIA
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| WHAT IS THE MATRIX | IT IS A FLUID FILLEDCOMPARTMENT INSIDE OF THE INNER MEMBRANE.
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| WHERE DOES THE KREB CYCLE TAKE PLACE | IN THE MITOCHONDRIA
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| NAME THE STAGES OF | STAGE 1: GLUCOSE CONVERTED TO PYRUVIC ACID
STAGE 2: STAGE 2 IS THE KREB CYCLE
STAGE 3: ELECTRON TRANSPORT CHAIN/ATP SYNTHASE ACTION.
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| HOW ARE ELECTRONS CARRIED | BY NADH
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| WHAT IS THE DEFINITION OF GLYCOLYSIS | THE SPLITTING OF GLUCOSE
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| GLYCOLYSIS OVERVIEW | 1STEP IN CELLULAR REPIRATION FOR BOTH ANAEROBIC AND ANAEROBIC RESPIRATION IS GLYCOLSYS
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| WHAT DOES GLYCO STAND FOR | GLUCOSE
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| what does lysis stand for | breakdown
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| glycolysis is? | the splitting up or breakdown of glucose.
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| where does glycolysis occur? | in the cytoplasm
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| Oxidation of Glucose(6C) to ? in glycolysis | Pyruvate (3U)
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| what is the activation step? | we need ATP to create ATP
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| 2 molecules of ATP is the reactants to start the breakdown of glycose | glucose+2 ATP yields 2 Pyruvate+4 ATP + 2 NADH
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| the 2 molecules of ATP supply the activation energy needed to start the reaction. |
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| the 2 ATP is the reactants and the product is what of the reaction | 4 ATP produced net gain of = 2ATP
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| 2 ATP molecules are invested to split a glucose into What??? | 2 (3 carbon)PGAL molecules
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| PGALS are converted and oxidized into what | 2 pyruvic ACID Pyruvate molecules
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| 2 NADH molecules are made (reduced) from what | 2NADH molecules are made from the acceptance of H+ and 2e- by the electron carrier NAD+ (Coenzyme)
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| what is NAD+ +H+ yields what? | NADH
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| NADH yields NAD+ + H |
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| 4 ATPs are made net totoal = | 2 ATPS
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| what is the oxidized form of NADH | NAD+ = oxidized form
NADH = reduced form
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| what is Phosphorylation | addition of a phosphate
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| what is Phosphofructokinase(PFK)= | allosteric enzyme that catalyzes the transfer of a second phosphate to fructose
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| ADP= | activator
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| ATP= | inhibiator
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| Anaerobic Respiration FERMENTATION WHAT DOES IT CONSIST OF ? | GLYCOLYSIS
ALCOHOL FERMENTATION OR LACTIC ACID FERMENTATION
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| WHERE DOES ANAEROBIC RESPIRATION OR FERMENTATION OCCUR IN | THE CYTOPLASM
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| FERMENTATION OCCURS IN WHAT TYPES OF ORGANISMS | BACTERIA YEAST AND MOLD
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| THERE ARE TWO TYPES OF FERMENTATION WRITE THE PROCESS ON A PIECE OF PAPER |
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| WHAT ARE THE TWO TYPES OF FERMENTATION | ALCOHOL AND LACTIC ACID
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| IN ALCOHOL FERMENTATION HOW IS NADH USED | NADH IS OXIDIZED TO REDUCE ACETALDEHYDE TO FORM ETHYL ALCOHOL (ETHANOL)
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| LACTIC ACID FERMENTATION PROCESS WRITE IT DOWN |
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| DAIRY PRODUCTS USE BACTERIA TO PRODUCE WHAT | LACTIC ACID TO ASSIST IN MAKING CHEESE YOGURT
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| HOW IS PYRUVATE FROM GLYCOLIS REDUCED IN LACTIC ACID FERMENTATION | IT IS REDUCED BY THE OXIDATION OF NAH TO FORM LACTIC ACID
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| LACTIC ACID FERMENTATION OCCURS IN | SKETAL MUSCLE DURING STRENUOUS EXERCISE
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| WHEN IS LACTIC ACID BUILT UP IN MUSCLES | WHEN O2 IS DEPLETED
CAUSING SORENESS AND FATIGUE IN THE MUSCHLES
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| BY INCREASING BLOOD FLOW TO THE SORE MUSCLES DOES WHAT | RESTORES OXYGEN LEVELS AND REMOVES LACTIC ACID BY SWITCHING TO AEROBIC RESPIRATION.
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| Aerobic Respiration what does it use to produce usable energy | oxygen
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| what is the first phase of Aerobic REspiration | Glycolysis (which is a anaerobic phase)
Glucose+ 2 ATP yields Pyruvate + 4 ATP + 2 NADH
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| what are the products of the first phase of Glycolysis | 2 ATP NADH Pyruvate (pyruvic acid)
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| what is the end product of the Pre - Kreb cycle preparation | Pyruvate which is the 3 Carbon end product of glycolysis .
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| the Pyruvate 3 Carbon end product of glycolsis enters what | the Matrix of the Mitrochondria
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| how is one Carbon released from Pyruvic Acid during the pre Kreb cycle preparation | the Carbon is released as CO2
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| what is formed after the one Carbon of the Pyruvic Acid is released as C02 | one NADH molecule is formred.
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| The 2 carbon acetyl group joins with Coenzyme A to form Acetyl CoA |
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| Pre -Kreb Preliminary Reaction Pyruvic Acid --- Acetyl CoA | so
In out
Pyruvate Co2 as wasted
NAD+ NADH
COA acetyl-CoA
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| Krebs Cycle- Citric Acid Cycle First stage of the Aerobic phase of cellular respiration Occurs where | In the Matrix of the Mitochondria
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| during the Krebs Cycle Citric Acid Cycle a series of enzyme assisted reactions happen to extract | energy from the Pyruvic Acid.
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| The Kreb cycle process starts and finishes with the same what | 4 carbon compound called oxaloacetate
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| what does ozaloacetate (4 Carbons) join with to form Citric Acid (6 Carbon) | Acetyl CoA (2 Carbons)
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| the cycle continues further breaking down citric Acid on carbon at a time how is the carbon relased? | as C02
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| electrons are transferred to electron carriers what are the names of the electron carriers | NAD+ and FAD
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| Citric Acid is finally rearranged to reform what | oxaloacetate
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| many high energy compounds are made during the Kreb Cycle |
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| how many times does the Kreb cycle go around? | twice
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| pre- kreb cycle totals 2 NADH GOES TO THE ETC |
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| 2 fadh2 GOES TO THE | ETC
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| 6 NADH GOES TO THE | ETC
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| 2 ATP USED BY THE | CELL
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| 4 CO2 ARE RELEASED AS WHAT | WASTE
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| ETC USES THE HIGH ENERGY ELECTRONS CARRIED IN THE FORM OF WHAT | NADH AND FADH2 TO CONVERT ADP INTO ATP
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| MITOCHONDRIA CONTAIN THOUSAND OF ETC |
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| ETC IS A COLLECTION OF CARRIER MOLECULES (INCLUDING CYTOCHROMES THAT ARE EMBEDDED IN THE WHAT OF THE MITICHONDRIA | CRISTAE MEMBRANE
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| ETC CARRIES ELECTRONS THROUGH A SERIES OF REDOX REACTIONS |
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| REDUCTION =GAIN ELECTRONS OXIDATION= LOSE ELECTRONS |
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| LEO SAYS GER |
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| NADH AND FADH2 ARE WHAT | COENZYMES THAT SHUTTLE PROTONS AND ELECTRONS FROM GLYCOLYSIS AND THE KREB CYCLE TO THE ETC(ELECTRON TRANSPORT CHAIN)
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| NAD+= OXIDIZED FORM NADH=REDUCED FORM FAD+= OXIDIZED FORM FADH2= REDUCED FORM |
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| THE PROCESS ELECTRONS FROM NADH AND FADH2 ARE PASSED THROUGH A SERIES OF CARRIER PROTEINS IN THE WHAT | cRISTAE (MITOCHONDRIA)
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| HOW IS ENERGY RELASED IN THE KREB CYCLE AS | THE PAIRS OF ELECTONS ARE PASSED DOWN THE ETC ENERGY IS USED TO PUMP H+ ACROSS THE CRISTAE MEMBRANE, CREATING A PROTON GRADIENT.
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| WHAT HAPPENS TO THE PH AS H+ COLLECTS AND BECOMES MORE ACIDIC? | the ph drops
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| chemiosmosis(oxidative Phosphorylation) uses the stored energy in the proton gradient to convert what? | ADPto ATP
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| dependent on ATP synthase a proton channel structure that can "spin like a turbine" |
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| as protons pass through the ATP Synthase Channel part of the molecule turns and attaches phophates to ADP molecules forming ATP |
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| O2 pulls electons through the ETC |
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| what does o2 combine with | combines with protons and electrons that flow down the ETC
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| what is produced as a waste product. | water
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| 1/2 02+ H2 yields what | water
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| write the equation of Aerobic Respiration | glucose + 6 o2 yields 6CO2 + 6 H20 + 36 ATP
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| what is the use for respiraton | provides energy for organizms
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| Anaerobic Respirtion write the equation | glucose yields 2lactic acid + 2 ATP or
glucose yields 2 alcohol+ 2 Co2 + 2 ATP
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| uses of Anaerobic Respiratin | Lactic Acid a) yogurt
b) Bi product during exercise
Alcohol beer wine
co2 bread
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| what type of Respiration requires O2 | Aerobic
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| where does Aeorobic Respiration occur | in the Mitochondria
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| what is the gross ATP in Aerobic Respiration | 38 ATP (-2ATP)
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| what is the gross ATP in anarobic REspiration | 4 ATP (-2ATP)
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| what is the Net ATP in aerobic REspiration | makes 36 ATP from 1 molecule of glucose
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| what is the Net ATP in Anaerobic Respiration | makes 2 ATP from 1 molecule of Glucose
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| what is more efficient aerobic or anarobic respiration | Aerobic
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| Organsims are used by what in aerobic respiration | complex organisms
Ex humans multicellular plants, some protists.
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| Organsims are used by what in anaerobic respiraton | used by small simple organisms and complex organisms when circulatory system is overburdened.
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| what is the waste product of Aerobic Respiration | Co2
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| what is teh waste products of anaerobic Respiration | Coz and /or lactic acid or alcohol
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| Photosynthesis define nutrition | the activities by which an organism obtains,processes and uses food to carry on their life functions.
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| name the two types of nutrition in photosynthesis | Autotrophic
Heterotrophic
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| Autotrophic Nutrition | organisms that produce their own food
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| what does autotropic nutrition use to produce their own food | light and or inorganic compounds to produce organic compounds
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| Type of Autotropic Nutrition | Photosynthesis
Chemosynthesis
chemotrophic
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| define photosynthesis | converts light energy to chemical energy
utilized the sun energy to produce food
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| who is phototrophic | plants , algae, and certain bacteria
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| define chemosynthesis | obtain energy from the oxidation of sulfur and iron and it does NOT depend on the energy of the sun or Photosynthesis.
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| Chemotrophic- define it | bacteria in hostile envirnments
Example Hydrothermal Vents
instead of photosynthesis, vents ecosystems derive their energy from chemicals in a process called CHEMOSYNTHEISIS
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| IN CHEMOSYNTHESIS BOTH METHODS INVOLVE AN ENERGY SORCE | CO2 AND WATER TO PRODUCE SUGARS
PHOTOSYNTHEISIS GIVES OFF OXYGEN WHILE CHEMOSYNTHESIS PRODUCES SULFUR.
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| WHAT IS THE DEFINTION OF PHOTOSYNTHESIS | PHOTOSYNTHESIS IS THE PROCESS BY WHICH LIGHT ENERGY IS USED TO MAKE GLUCOSE
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| PHOTOSYNTHEIS IS CONVERTING SOLAR ENERGY TO WHAT TYPE OF ENERGY | CHEMICAL ENERGY
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| WHY DOES PHOTOSYNTHEIS WHICH CONVERTS SOLAR ENERGY TO CHEMICAL ENERGY HAPPEN | THIS OCCURS BECAUSE ENERGY IS STORED IN CHEMICAL BONDS
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| WHAT IS THE MOST COMMON TYPE OF AUTOTROPHIC NUTRITION | PHOTOSYNTHESIS
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| WHY IS PHOTOSYNTHESIS IMPORTANT | FOOD PRODUCTION
OXYGEN PRODUCTION
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| WHAT ARE THE FACTORS THAT AFFECT THE RATE OF PHTOSYNTHESIS | LIGHT INTENSITY
AVAILABILITY OF WATER
CO2 CONCENTRATION
TEMPERATURE
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| write the general reaction of Photosynthesis | 6Co2+12 H2o -) C6 H12 06 + 6 H20 + 6 O2
Reactants light products
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| how can we get light for the reaction of photosynthesis | light can be reflected, transmitted or absorbed
light is required for photosynthesis
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| objects reflect the color of light that they appear. | ex Green leaves reflect green light
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| ojects that reflect colors cant absorb them. | green leaves reflect green light green leaves cant absorb green light. Green plants exposed to green light would die.
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| what is a PHOTON | a photon is a particle of light that emits energy
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| a photon of purple light has almost 2x as much energy as a photon of redlight. |
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| Why do we see colors? | Plants appear green because they relfect green light and absorb the other colors of the spectrum.
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| what do you call compounds that absorb and reflect wavelengths of light are called ? | pigments
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| what colors are being absorbed Reflected | Green is reflected absorbed all other colors
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| define pigment | substances that absorb light in the visable spectrum.
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| photosynthetic pigments absorb light energy and utilize it to carry out photosynthesis. |
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| different pigments absorb light at different wavelengths. |
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| a spectrophotometer can measure what | the ability of a pigment to absorb various wavelenghs
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| what is the most abundant phtosynthetic pigment | cholorphyll
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| two types of Chlorophyll | Chlorophyll A
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| ChlorophyllA | is green pigment that participates directly in the light reaction of photosynthesis.
light energy to chemical energy
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| Type2.Accessory pigments (antennae) | assist in Photosynthesis by capturing and passing on Photons of light to chlorophyll A.
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| Accessory pigments expand the range of light used to produce sugar. |
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| Name the types of accessory pigments | Chlorophyll B Green and absorbs all other wavelengths of light
Carotenoids yellow organge and red
found in carrots
phycobilins : red found in red algae deep in the ocean.
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| how many phases of photo synthesis are there? | 2
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| Phase 1 define it | The light reaction PHOTOLYSIS
Photosystem 11pg80: Non cyclic photophosphorylation
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| what happens during Photosystem 11pg80 NonCyclic Photophosporylation | water split
Electron Transport Chain (ETC) Cytochromes
ATPAGE
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| In phase 1 photosystem 1 P700 : Cyclic photophosphophorylation what happens | electrons from photosystemII pass to photosystem1
Some return to ETC -) make more ATP
others bind to NADP-) NADPH and used in the calvin cycle
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| Phase 2 Dark reaction Calvin Cycle | Ribulose biphosphate
RuBP + CO2 + NADPH
Rubisco - enzyme to catalyze reaction
PGAL formed
ATP from light reaction used
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| Light Reaction | main result:
produce large amounts of ATP
ADP + P -) ATP (Stored Energy)
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| true or false energy from food can be stored in the bonds that bind a posphate to the ADP molecule |
True
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| ATP -) ADP + P (energy released) | stored energy is later released when the bond breaks between the ADP and P
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| what is the light equation of the flow of energy | Light-) chlorophyll ->energized electrons->ETC(electron transport chain)->proton gradient->ATP Synthase-> ATP
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| where does the light reaction occur | Thylakoid membrane specfically the granum of the chloroplasts
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| in the Thylakoid membrane light reaction occurs and does what | transforms light energy into Chemical energy
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| Role of Water; Photolysis define it | the splitting of water into electrons, protons and oxygen atoms
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| H2o->2H+ + 1/2 02 |
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| each component has a role in making sugar |
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| define the Roles Electrons | replace those lost by chlorophyll in the light - dependent reactions
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| protons (Hydrogen atoms) | pass through ATP synthase channels and get carried by NADP to the STROMA for the dark reaction
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| Oxygen | is released as a byproduct.
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| ATP production | ETC and Chemiosmosis
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| As Chlorophyll in the Grana absort light what happens | Electrons become energized they excape into the electron thransport chain
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| The energy created pumps protons across the Thylakoid membrane creating a proton gradient |
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| The Potential energy stored in the proton gradient is converted into ATP as electrons flow through the ATP Synthase Channel. |
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| Primary Pigments Absorbs and reflects wavelength |
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| where is the Pigment location: | photosystems
photosystem 11 P680
photosystem
1 P700: 700nm
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| what is the primary Electron Carriers | NADPH, Proton Pump: (Chemiosmosis)
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| where do the electrons run | they run through Cytochrome in ETC
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| Linear Electron Flow Products what do they Produce , what do they generate | they produce 02 as a byproduct
generate ATP (chemical energy)
Generate NADPH- Hydrogen needed for Carbon Fixation in the Calvin Cycle (reducing power)
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| what is another name for the calvin cyclle | they dark reaction
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| describe the Calvin Cycle | does not utilize light energy
can occur during the day or night
takes place in the Stroma of Chloroplasts
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| where does the Calvin Cycle occur | in the STroma of Chloroplasts
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| what was used from the light reaction? | ATP- energy source
NADPH - reducing power * Hydrogen
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| write the simplified equation | C02 + H+(protons) + Electrons -> PGAL
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| how many phases are in the calvin cycle? | 3
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| Name the 3 phases of the Calvin Cycle? | 1. Fixation
2. Reduction
3. Regeneration
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| the dark reaction has 3 phases Phase 1 CARBON FIXATION DEFINE IT | CARBON FIXATION: INCORPORATES C02 MOLECULE TO RUBP(RIBOLOSE BI PHOSPHATE) A 5 CARBPM SUGAR
PRODUCT= 6 CARBON SUGAR WHICH SPLITS INTO A 3 CARBON SUGAR GP (BECAUSE IT IS UNSTABLE)
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| WHAT IS RIBISCO (RuBP Carbonxylase) is an | enzyme that catalyzes this reaction.
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| phase 2 Reduction | Each molecule receives a Phosphate (P) from the reduction of ATP
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| 6ATP ->ADP + 6P |
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