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AP Exam Review Semester Two. THIS. IS. JEOPARDY. Your. With. Host. U.R. Smart. Ch 19-20 DNA Technology. Ch 40-48 Human A&P. Ch 16-18 DNA/protein. Ch 32-34 Animals. Ch 29-30,35-39 Plants. Ch 22-24,50+ Evol/Ecology. 100. 100. 100. 100. 100. 100. 200. 200. 200. 200.
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AP Exam Review Semester Two
THIS IS JEOPARDY
Your With Host... U.R. Smart
Ch 19-20 DNA Technology Ch 40-48 Human A&P Ch 16-18 DNA/protein Ch 32-34 Animals Ch 29-30,35-39 Plants Ch 22-24,50+ Evol/Ecology 100 100 100 100 100 100 200 200 200 200 200 200 300 300 300 300 300 300 400 400 400 400 400 400 500 500 500 500 500 500
The enzymes which • Catalyse the elongation of new • DNA strands, • (b) Covalently bond short segments • of DNA together, and • (c) Untwist DNA strands in a • replication fork. A 100
What are • DNA Polymerase, and • Ligase and • Helicase? A 100
The purpose and location of transcription (include all possible specific products). A 200
What is transcription uses a DNA template to produce mRNA, rRNA, or tRNA in the nucleus (of eukaryotes -- and in the cytosol of prokaryotes)? A 200
What is translation uses the code on mRNA and the amino acids carried by tRNA to make proteins (polypeptides) outside the nucleus in a 2-pqrt ribosome which is made mainly out of rRNA? A 300
The 3 ways in which mRNA is modified before leaving the nucleus. A 400
What are: Add a modified Guanine cap, Add a poly-A (adenine) tail, Remove the introns and splice together the exons? A 400
DAILY DOUBLE DAILY DOUBLE A 500
The 3 ways (besides mutation) that bacteria increase genetic variation. A 500
What are transformation, conjugation, and transduction? A 500
Small, positively charged proteins which bind tightly to DNA. B 100
What are histones? B 100
The sites on DNA where enzymes can • cut, • (b) What those enzymes are called, and • (c) A common example enzyme. B 200
What are • a recognition site • a restriction enzyme, and • EcoR1? B 200
Common method for separating restriction fragments of DNA. B 300
What is gel electrophoresis (when cut DNA fragments are drawn toward a positive electrode on a plate of gel)? B 300
Name a, b, c, and d on this diagram. B 400 F 400
What are A= plasmid B= antibiotic resistance gene C= Recognition (restriction) sites D= sticky ends? B 400
The way that scientists know that a particular bacteria contains the plasmid/gene of interest and then how they can insure that the gene is present. B 500
What is add an antibiotic resistant gene to the plasmid they are going to insert. Once transformed, plate the bacteria onto agar containing the antibiotic. (The only bacteria that should grow are those transformed with the plasmid.) Then, use a radioactive DNA or RNA probe complimentary to the desired gene? B 500
What are: notochord, nerve cord, postanal tail, and pharyngeal slits? C 100
Animals in this phylum are parasitic and have a pseudocoelom. C 200
What is Nematoda? C 200
Animals in this phylum have radial symmetry and stinging cells. C 300
What is Cnidaria? C 300
Identify the items labeled “1-5” The "traditional" view of animal phylogeny, based on grades in body plans C 400 C 400 5 4 3 2 1
What are 1=Parazoa, 2=Bilateral 3=Radial, 4=Deuterostome, and 5=Notochord C 400 C 400 5 4 3 2 1
The Phylum Chordata has 3 subphyla. Give the name and basic description for each subphylum. Describe at least two evolutionary advantages which aided Chordates in the transition from water to terrestrial life. C 500
What are Subphylum Urochordata are saclike tunicates, Subphylum Cephalochodata are bladelike lancelets, and Subphylum Vertebrata are the most advanced, with a backbone and elaborate skull? What are (give at least 2) tetrapod limbs, lungs, and amniotic eggs? C 500
What are Connective, Epithelial, Muscle, and Nerve? D 100
The 3 main types of food, Where each is digested, and at least 1 enzyme used on each. D 200
What are Carbohydrates in the mouth and small intestine by amylase, Lipids in the small intestine by lipase, and Proteins in the stomach and small intestine by trypsin, chymotripsin, pepsin… ? D 200
Describe the pathway of blood through the body starting with the right atrium, and what regulates heart contractions. D 400
What is right atrium, right ventricle, pulmunary artery, lungs, pulmonary vein, left atrium, left ventricle, aorta, body capillaries, inferior and superior vena cava, and back to the right atrium? What is the heart rate is controlled by the SA node (pacemaker) which is located in the upper right portion of the right atrium? D 400
Discuss the basic functioning unit of the nervous system. D 500
Neuron = cell body (soma), one or more dendrites, and a single axon. The cell body has a nucleus with at least one nucleolus and contains many of the typical cytoplasmic organelles. Dendrites and axons project from the cell body. They are sometimes referred to as fibers. Dendrites are usually, but not always, short and branching, which increases their surface area to receive signals from other neurons. The number of dendrites on a neuron varies. They are called afferent because they transmit impulses to the neuron cell body. There is only one axon that projects from each cell body. It is usually elongated and because it carries impulses away from the cell body, it is called efferent. Axons may be surrounded by a segmented, fatty substance called myelin. The unmyelinated regions between the myelin segments are called the nodes of Ranvier. D 500
The three main types of plants and an example of each. E 100
What are: Non-vascular (bryophytes) = mosses, liverworts, or hornworts Seedless vascular = ferns or lycophtyes Vascular Seed = gymnosperms or angiosperms? E 100
The general type of tissue which transports materials throughout a plant AND the 2 specific types plus what they transport. E 200
What is vascular tissue, Xylem = water/minerals, and Phloem = food? E 200
The 2 types of meristem tissue and their functions. E 300