-
WITH RESPECT TO CARBON, RESPIRATION IS AN ___________ REACTION
-OXIDATION REACTION
-
ROLE OF OXYGEN IN AEROBIC RESPORTATION
-ACCEPTING THE HYDROGEN FROM ORGANIC COMPOUNDS
-
RESPIRATION IS IMPORTANT BECAUSE IT _____________
-CONSERVES ENERGY
-
DUMPING ORGANIC MATERIAL IN A LAKE MAY RESULT IN ANEROBIC EXERCISE RESPIRATION BECAUSE
MICROBES REDUCE THE AVAILABILITY OF OXYGEN
-
LACTID ACID FERMENTATION OCCURS IN
-MUSCLE CELLS
-
WHY MUST CONDITIONED ATHLETES PACE DURING EVENTS
-CELLULAR RESPIRATION RELEASES ENERGY MORE SLOWLEY THAN FERMENTATION
-
WHICH OF THESE PROCESSES TAKE PLACE IN THE CYTOPLASM OF CELL
A. GLYCOLYSIS
-
ELECTRON TRANSPORT CHAIN CAN BE FOUND IN
D. ALL OF THE ABOVE
-
EQUATION 4 CELLULAR RESPIRATION
-
USED TO DETECT CELLULAR RESPIRATION
-PHENOLPHETALEIN
-
WHAT REACTION DOES ATP SYNTHES CATALYZE WHEN H+ ION PASSES THROUGH ITS CHANNEL
-ADP INTO ATP
-
WHERE DO THE ELECTRONS ALONG MEMBRANES COME FROM (ETC MODEL)
-NADH & FADH2
-
WHERE DO ELECTRONS END UP AFTER ETC
-JOIN 4H+ & O2 TO MAKE UP WATER MOLECULES
-
PRODUCTS OF GLYCOLYSIS
-2ATP, 2 NADH, & 2 PYRUVIC ACIDS
-
CYTOKINESIS IS THE DIVISION OF
-CYTOPLASM
-
MITOSIS NORMALLY ACCOMPLISHES THE PRODUCTION OF WHAT
-2 NUCLEI WITH IDENTICAL GENETIC CONTENT
-
BOTH MITOSIS & MIEOSIS RESULT IN
- -DUPLICATED NUCLEI
- -SPINDLE FIBERS FORM
- -2 NUCLEUS
-
WAYS MIEOSIS DIFFERS FROM MITOSIS
- -CHROMOSOME # IS HALVED
- -GENETICALLY DIFFERENT DAUGHTER CELLS
-
PROCESS OF MAKING RNA FROM DNA IS CALLED
B. TRANSCRIPTION
-
THE PROCESS OF MAKING PROTEINS FROM RNA
-TRANSLATION
-
WHICH IS NOT A BASE IN THE DNA MOLECULE
-- ADENINE, CYTOSINE, URACIL, THYMINE, GUANINE
-ADENINE
-
CYTOSINE WILL FORM BASE PAIR ONLY WITH
-GUANINE
-
WHAT IS A NUCLEOTIDE?
- -A PHOSPHATE
- -FIVE CARBON SUGAR
- -NITROGEN BASE
-
THE BOND FORMED BETWEEN COMPLIMENTARY NITROGEN BASES
-HYDROGEN BOND
-
DNA ASSUMES A FORM TERMED WHAT
-DOUBLE HELIX
-
DNA MAY BE DESCRIBED FUNCTIONALLY AS
-SOURCE FOR RNA PRODUCTION
-
WHERE IS MRNA SYNTHESIZED IN A CELL
-NUCLEUS
-
CORRECT FORMS OF RNA INCLUDE
--MRNA, CENTROMERE, RNA W/ RIBOSOMES, TRNA, QRNA
-MRNA & RNA W/ RIBOSOMES
-
DIRECTIONS USED IN PROTEIN SYNTESIS PROVIDED BY
-MRNA
-
CODING OF AMINO ACIDS BY MULTIPLE SETS OF NUCLEOTIDES
-TRIPLET CODING
-
ROLE OF RIBOSOMES IN PROTEIN SYNTHESIS
- THEY PROVIDE
- -SITE FOR TRANSFER OF RNA TO MESSENGER RNA
|
|
