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Grace Auffinger
Cells
Photosynthesis
Respiration
Cell Division
Molecular Genetics
Evolution and Classification
Cells
$100
Photosy-nthesis
RespirationCell
DivisionMolecularGenetics
EvolutionAnd
Classification
Double Jeopardy!
$100 $100 $100 $100 $100
$200 $200 $200 $200 $200 $200
$300 $300 $300 $300 $300 $300
$400 $400 $400 $400 $400 $400
$500 $500 $500 $500 $500 $500
Cells
$100
A long chain of carbon and hydrogen atoms with a carboxyl group
on one end.
Cells
Back
What is a fatty acid?
$100
$200
It occurs by exocytosis and endocytosis.
Cells
Back $200
How does bulk transport across the plasma membrane
occur?
Cells
$300
These three features are found in both eukaryotes and
prokaryotes.
Cells
Back $300
What do cytoplasm, ribosomes, and
plasma membrane all have in common?
Cells
$400
Many freshwater protists have these in order to
pump excess water out of the cell
Cells
Back $400
What are contractile vacuoles?
Cells
$500
These are the structural and
functional distinctions between the smooth
and rough ER.
Cells
Back $500
What is the presence of bound ribosomes on the rough ER, and
the smooth ER functions in detoxification of carbohydrate
metabolism and storage of calcium ions?
Cells
$100
This color is least effective in
photosynthesis.
Photosynthesis
Back $100
What is the color green?
Photosynthesis
$200
This group of accessory pigments is found in green
plants.
Photosynthesis
Back $200
What are carotenoids?
Photosynthesis
$300
These are the prominent group of organelles
found in plants and in photosynthetic protists
Photosynthesis
Back $300
What are plastids?
Photosynthesis
$400
The most abundant protein on Earth and
catalyzes the first step in this process.
Photosynthesis
Back $400
What is Rubisco and the Calvin Cycle?
Photosynthesis
$500
This is the structure of chlorophyll molecules.
Photosynthesis
Back $500
What is a porphyrin ring with a
hydrocarbon tail?
Photosynthesis
$100
This reaction series converts a 6-carbon glucose into two 3-carbon pyruvates.
Respiration
Back $100
What is glycolysis?
Respiration
$200
These are the two types of anaerobic
respiration.
Respiration
Back $200
What is alcoholic and lactic acid
fermentation?
Respiration
$300
This enzyme controls cellular respiration
Respiration
Back $300
What is phosphofructokinase?
Respiration
$400
Buffers are substances that minimize changes in the concentration of H+ and
OH- by doing this.
Respiration
Back $400
What is accepting or donating hydrogen
ions?
Respiration
$500
This substance enters glycolysis at the
glyceraledehyde-3-phosphate point.
Respiration
Back $500
What is Glycerol?
Respiration
$100
This checkpoint is called the S point in
the cell cycle.
Cell Division
Back $100
What is DNA synthesis?
Cell Division
$200
These are the three functions of cell
division.
Cell Division
Back $200
What is reproduction, growth, and tissue
renewal?
Cell Division
$300
This is an abnormal cell mass at an original
site and can be completely removed
by surgery.
Cell Division
Back $300
What is a benign tumor?
Cell Division
$400
This complex disassembles in late
prophase of Meiosis 1.
Cell Division
Back $400
What is the synaptonemal
complex?
Cell Division
$500
During anaphase, kinetochore
microtubules shorten at this place.
Cell Division
Back $500
What is kinetochore molecules shortening
at the kinetochore ends?
Cell Division
$100
In this model each strand of both daughter
molecules contains a mixture of old and newly
synthesized DNA.
Molecular Genetics
Back $100
What is the dispersive model?
Molecular Genetics
$200
These are two alterations in chromosome structure that
involve repetition of a segment and reverse of a
segment.
Molecular Genetics
Back $200
What is duplication and inversion?
Molecular Genetics
$300
These are two ways to test a fetus for
genetic disorders.
Molecular Genetics
Back $300
What is Amniocentesis and CVS?
Molecular Genetics
$400
This protein functions as a continuous synthesizer for
the leading strand and elongates each Okazaki fragments in the lagging
strand.
Molecular Genetics
Back $400
What is DNA polmerase III?
Molecular Genetics
$500
This protein product would be expected
from a poly-G mRNA that is 30 nucleotides
long.
Molecular Genetics
Back $500
What is a polypeptide made up of 10 glycine
amino acids?
Molecular Genetics
$100
Species, rather than individuals, evolve
because of this.
Evolution and Classification
Back $100
What is natural selection?
Evolution and Classification
$200
Forelimbs of animals that are similar in structure but different in function
are called this.
Evolution and Classification
Back $200
What are homologous structures?
Evolution and Classification
$300
These are the 5 conditons for the Hardy-Weinberg
Equilibrium.
Evolution and Classification
Back $300
What is large population size, no gene flow, no
mutations, random mating, and no natural selection?
Evolution and Classification
$400
Allopatric speciation would be less likely to occur on
an island close to mainland instead of a more isolated
island because of this.
Evolution and Classification
Back $400
What is continued gene flow between mainland populations and those on a nearby island
reducing the chance that enough genetic divergence will allow allopatric speciation to occur?
Evolution and Classification
$500
These are the difficulties with
molecular clocks.
Evolution and Classification
Back $500
What is not running smoothly as the neutral theory states and extending molecular clocks
beyond the time span documented by the fossil record?
Evolution and Classification
DoubleJeopardy!!!
Plant Systems
Animal Systems
Ecology
Labs
Biotechnology
Things We Didn’t Cover
Plant Systems
$200
AnimalSystems
Ecology Labs Biotech Things WeDidn’t Cover
Final Jeopardy!
$200 $200 $200 $200 $200
$400 $400 $400 $400 $400 $400
$600 $600 $600 $600 $600 $600
$800 $800 $800 $800 $800 $800
$1000 $1000 $1000 $1000 $1000 $1000
$200
These are many different types of modified leaves in
plants.
Plant Systems
Back $200
What are tendrils, spines, storage
leaves, bracts, and reproductive leaves?
Plant Systems
$400
These are the basic steps of transport in a
vascular plant.
Plant Systems
Back $400
What is roots absorb water and minerals then transported as xylem sap, transpiration, stomata taking in CO2 and expelling O2,
sugars being produced by photosynthesis, sugars transported by phloem sap, and
then roots exchanging gases?
Plant Systems
$600
The belt of waxy material is extremely important in plants for
this reason.
Plant Systems
Back $600
What is the Casparian strip that blocks the
passage of water and dissolved minerals?
Plant Systems
$800
These are the main differences between a sunflower and a corn
stem.
Plants Systems
Back $800
What is eudicot stems with vascular bundles forming a
ring and monocot stems with vascular bundles
scattered throughout the ground tissue?
Plant Systems
$1000
In maize plants, the leaves turn purple if this element, that is a component of nucleic acids,
is not present.
Plant Systems
Back $1000
What is phosphorus?
Plant Systems
$200
These are classic examples of negative
and positive feedback.
Animal Systems
Back $200
What is a thermostat and childbirth?
Animal Systems
$400
These five classes all consist of similar Y-shaped
molecules in which the tail region determines the
distribution and function.
Animal Systems
Back $400
What are immunoglobins and
the five classes (IgM, IgG, IgA, IgE, IdD)?
Animal Systems
$600
These two foods contain all the amino acids that are essential for adult
humans.
Animal Systems
Back $600
What are corn and beans which contain the eight essential
amino acids?
Animal Systems
$800
A hormone is secreted by the stomach and triggers a certain feeling during
mealtimes.
Animal Systems
Back $800
What is ghrelin which triggers feeling of
hunger at mealtimes?
Animal Systems
$1000
Ectotherms in the deep sea have this body
temperature.
Animal Systems
Back $1000
What is constant body temperature?
Animal Systems
$200
This low angle of sunlight occurs in two places on the earth
due to this.
Ecology
Back $200
What is north and south poles and
latitudinal variation in sunlight intensity?
Ecology
$400
Ducks and geese that imprint go through this period which limits an animals
development.
Ecology
Back $400
What is the sensitive period?
Ecology
$600
These are three ways that the environment
can influence the development of
behaviors.
Ecology
Back $600
What are diet, social environment, and
learning?
Ecology
$800
This is how introduced species can take over
the native species.
Ecology
Back $800
What is introduced species taking over
because they are free from predators, parasites
and pathogens?
Ecology
$1000
In autumn seasons, this happens during the
seasonal turnover in lakes with winter ice cover.
Ecology
Back $1000
What is as the surface water cools rapidly, it sinks below
the underlying layers, remixing the water until the surface begins to freeze and
the winter temperature profile is reestablished?
Ecology
$200
These are two things that affect movement
through a semi-permeable membrane
Labs
Back $200
What is solute concentration and size of molecule?
Labs
$400
This type of experiment separates DNA
fragments of different sizes.
Labs
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What is gel electrophoresis?
Labs
$600
In plants, these two elements increase
transpiration.
Labs
Back $600
What is wind and light?
Labs
$800
Primary productivity in plants is measured in
these three ways.
Labs
Back $800
What is the amount of CO2 used, rate of
sugar formation, and rate of O2 production?
Labs
$1000
In crossing over, if the gene is farther from the
centromere then this occurs.
Labs
Back $1000
What is a greater number of
crossovers?
Labs
$200
This type of enzyme and DNA ligase makes
recombinant DNA.
Biotech
Back $200
What is restriction enzymes?
Biotech
$400
This is an advantage to using stem cells for
gene therapy.
Biotech
Back $400
What are stem cells always reproducing
themselves?
Biotech
$600
These are the three steps to mapping the
entire genome.
Biotech
Back $600
What is genetic mapping, physical mapping, and DNA
sequencing?
Biotech
$800
These are the four levels of chromosome
packing.
Biotech
Back $800
What are nucleosomes, 30-nm fiber, looped
domains, and metaphase
chromosomes?
Biotech
$1000
These are three ways that transposable elements can
contribute to genome evolution.
Biotech
Back $1000
What is promote recombination, disrupt cellular genes or
control elements, and carry entire genes or individual exons to new locations?
Biotech
$200
This is one unique feature that craniates
have.
Things We Didn’t Cover
Back $200
What is the neural crest?
Things We Didn’t Cover
$400
This is an antibiotic produced by plants that inhibits their
growth.
Things We Didn’t Cover
Back $400
What is phytoalexin?
Things We Didn’t Cover
$600
This is another name for the eardrum.
Things We Didn’t Cover
Back $600
What is the tympanic membrane?
Things We Didn’t Cover
$800
The myriapods have modified appendages
including this.
Things We Didn’t Cover
Back $800
What are jaw-like mandibles?
Things We Didn’t Cover
$1000
These are two branches of slime mold.
Things We Didn’t Cover
Back $1000
What is plasmodial slime molds and
cellular slime molds?
Things We Didn’t Cover
FinalJeopardy!!!
This would be the effect if a dwarf plant was introduced to the plant hormone Gibberelin.
Final Jeopardy!!!
What is normal growth?
Final Jeopardy!!!
