Germ Layers
Quiz yourself by thinking what should be in
each of the black spaces below before clicking
on it to display the answer.
Help!
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| ECTODERM (6) | HAIR - EYES- TEETH- SKIN- NERVOUS SYSTEM- Lens of eye
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| ENDODERM (6) | Lining of bladder, digestive and respiratory tracts- liver- pancreas- gall badder
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| MESODERM ( 5) | Gonads- muscles- kidney- circulatory system - skeleton
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| SMALL increase in H+ or CO2 in BL would cause | increase in breathing rate
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| light rxns occur in the | thylakoid
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| dark rxns occur in the | stroma of the chloroplast
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| Carbon fixation | CO2 is incorporated into carbohydrate molecules
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| Light rxns make | NAPDH ( with H+ high in side thylakoids)
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| Dark rxns require how many ATP and NADPH for each CO2 molecule incorporated into carbohydrate molecules. | 2 ATP and 2 NADPH
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| EACH CO2 molecule that becomes incorporated into carbs uses how much ATP and NADPH? | 3 ATP, and 2 NADPH ( 2 ATP, 2 NADPH from krebs & 1 ATP from making RBP )
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| O2 is a byproduct of which reaction? | LIGHT RXN
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| dark rxn can occur with or without light as long as | ATP, NADPH and H+ is available
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| How many turns of the Calvin cycle ( dark rxn) are needed to make 1 glucose? | 6
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| PGAL is made | during the dark reactions from CO2 and ribulose
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| photosystem 1= more complex= | P700
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| which photosystem captures light causing an electron to be excited to a high energy level | P700
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| strongest biological reducing agent | P700
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| use ferredoxin-like iron-sulfur cluster proteins as terminal electron acceptors. | P700
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| Photosystem II | P680
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| in the red part of the visible spectrum | P680
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| efers to any of the 2 special chlorophyll dimers | P680
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| s the reaction-center chlorophyll a | P700
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| strongest biological oxidizing agent known. | P680
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| behave in function as a single entity | p680
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| primary electron acceptor, a pheophytin molecule located within | p680
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| is subsequently reduced by an electron originating from water | p680
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Created by:
zrsoori
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