House Bill 2504 Spring 2011 Course Syllabus BIOL-1407-01 (General Biology II)
Spring 2011 Course Syllabus
BIOL-1407-01 (General Biology II)
|Instructor||Longlet, Nancy Joann|
|Course ID #||10105|
|Course Title||General Biology II|
|Course Description||Structure and function, development, reproduction and ecology.
|Course Prerequisites||Prerequisite: BIOL 1406, basic skills competency in reading and writing|
|Required Textbooks||Biology, 10th ed., by Sylvia S. Mader, McGraw Hill Higher Ed. ISBN: 0077226178|
1. Understand the system of classification of all living things.
2. Understand the differences between organisms of the 3 domains.
3. Understand the various classifications of viruses.
4. Understand the Lytic and Lysogenic cycles of viruses.
5. Understand the various classifications of bacteria.
6. Understand the various classifications of Archaea.
7. Understand the general characteristics of all members of Domain eukarya
8. Know the 4 kingdoms of the domain eukarya.
9. Understand the characteristics of the Kingdom Protista.
10. Know the various methods of classifying Protista.
11. Know the classification of the various types of protist.
12. Know the economic importance and uses of members of kingdom protista.
13. Know the locations where the various types of protist can be found.
14. Know the various diseases that are caused by protist.
15. Know the characteristics of the Kingdom Fungi
16. Know the various methods of classifying Fungi
17. Know the economic importance and uses of members of kingdom fungi.
18. Know the locations where the various types of fungi can be found.
19. Know the various diseases that are caused by fungi.
20. Understand the characteristics of the Kingdom Plantae.
21. Know the various methods of classifying plants.
22. Understand the alterations of generations in plants.
23. Know the characteristics and examples of non-vascular plants.
24. Know some of the economical importance of non-vascular plants.
24. Know the characteristics and examples of vascular seedless plants.
25. Understand the differences between xylem and phloem.
26. Understand the 2 main categories of seeded plants.
27. Understand the characteristics of the 4 groups of gymnosperms.
28. Know the economic importance of gymnosperms.
29. Understand the processes of pollination and fertilization in gymnosperms and the differences between the two.
30. Characterize the differences between male and female cones.
31. Understand the characteristics of the 2 main groups of angiosperms
32. Understand the function(s) of the various parts of a flower.
33. Understand why angiosperms are so prevalent on earth.
34. Understand the difference between a fruit and a vegetable.
35. Understand the functions of roots.
36. Understand the various types of root systems.
37. Understand the functions of stems.
38. Understand the parts of a stem and the various types of stems.
39. Differentiate between monocot and eudicot plants in terms of seeds, root vasculature, stem vasculature, leaf venation pattern, & flower arrangement
40. Understand the 3 main types of plant tissues and their arrangement and function(s).
41. Understand what is meant by a mycorrhiza and how they are beneficial.
42. Understand what is meant by a root nodule and how they are beneficial.
43. Differentiate between a herbaceous stem and a woody stem and what types of plants contain each.
44. Know the various parts of a woody stem.
45. Understand the difference between primary and secondary stem growth.
46. Differentiate between a Stolon and a Rhizome.
47. Understand the difference between an essential nutrient and a beneficial nutrient. List examples of each.
48. Understand the mechanical, chemical, and biological forces which result in the formation of soil.
49. Understand what is meant by “humus” and how it is beneficial to the soil.
50. Understand characteristics of the 3 main types of soil.
51. Understand the process of Transpiration.
52. Understand the process of guttation.
53. Differentiate between a sporophyte and a gametophyte.
54. Differentiate between a microspore and a megaspore
55. Understand the arrangement of a stamen and the function of each part.
56. Understand the arrangement of a Carpel and the function of each part.
57. Understand the processes of pollination and fertilization in angiosperms.
58. Understand the parts of a seed and the function(s) of each part.
59. Differentiate between Simple, Compound, and Accessory fruits and give examples of each.
60. Differentiate between Aggregate fruits and multiple fruits; give examples of each.
61. Know the characteristics of the kingdom Animalia.
62. Explain the 5 levels of classification that are used in classifying animals.
63. Understand the advantages of a coelom and its importance in development.
64. Differentiate between Acoelomates, Pseudocoelomates, and Coelomates; give examples of each.
65. Differentiate between Protostomes and Deuterostomes in terms of 8cell development, blastopore and coelom development.
66. List the types of animals that Protostomes.
67. List the types of animals that are Deuterostomes.
68. What are the characteristics of members of Phylum Mollusca.
69. Explain the 3 part body plan of mollusk.
70. What are the 3 main categories of Molluscs.
71. What are the characteristics of a Bivalve. Give examples.
72. What are the characteristics of Gastropods. Give examples.
73. What are the characteristics of Cephalopods. Give examples.
74. What are the characteristics of members of Phylum annelida.
75. What are the characteristics of Polychaete worms.
76. What are the characteristics of Earthworms.
77. Explain the blood flow in an earthworm.
78. Explain the characteristics of leeches.
79. What are some of the medicinal uses of leeches.
80. What are the 5 main characteristics of Phylum Arthropoda.
81. What are the 3 main categories of Arthropods.
82. What are the characteristics of Crustaceans. Give examples.
83. What are the characteristics of Uniraminans. Give examples.
84. What are the 2 main groups of Uniraminans.
85. What are the main characteristics of insects.
86. What are the characteristics of Chelicerates. Give examples
87. What are the main characteristics of an Echinoderm. Give examples.
88. What are the 4 basic characteristics common to all chordates.
89. Give an example of an invertebrate chordate.
90. What are the 6 general characteristics of vertebrate chordates.
91. What are the 5 types of vertebrate chordates.
92. What are 4 characteristics common to all fish
93. Differentiate between exothermic and endothermic.
94. What is an example of a jawless fish.
95. Differentiate between cartilaginous fish and boney fish.
96. Describe the 3 well developed senses that sharks use to locate food.
97. What are the 3 main types/categories of boney fish.
98. What are the general characteristics of an amphibian.
99. What are the 3 main groups of amphibians.
100. Differentiate between a frog and a toad.
101. What are the general characteristics of reptiles.
102. What are the 4 main categories of reptiles. Describe each.
103. Differentiate between a turtle and a tortoise.
104. What are the main general characteristics of birds.
105. Describe the 6 main classifications of birds based on beak and foot type.
106. What are the main general characteristics of mammals.
107. What are the 3 main classifications of animals based on reproductive means. Describe each.
108. What are the 4 types of adult tissue. Give the characteristics of each.
109. What are the uses for epithelial tissue.
110. What are the 3 types of epithelial tissue based on cell shape.
111. Differentiate between simple, stratified, and pseudostratified epithelial tissue.
112. What are the general characteristics of connective tissue.
113. What are the functions of connective tissue.
114. What are the 4 main groups of connective tissue.
115. What are the characteristics of fibrous connective tissue, and where would you find it.
116. What are the characteristics of adipose connective tissue, and where would you find it.
117. What are the characteristics of cartilaginous and osseous tissue, and where would you find it.
118. Explain why blood is considered a connective tissue.
119. What are some of the functions of blood.
120. Characterize the make up of blood.
121. What are the 3 main types of muscle tissue; where would you find each.
122. Differentiate between the characteristics of the main types of muscle tissue.
123. What are the 2 main categories of nerve tissue.
124. Differentiate between a neuron and neuroglial cells in terms of function.
125. Explain the concept of Homeostasis.
126. Explain the function of a negative feedback system, and how it functions in maintaining homeostasis.
127. Explain the function of a positive feedback system.
128. Differentiate between an open loop and a closed loop circulatory system.
129. List the components of the cardiovascular and circulatory systems.
130. List the function of the various categories of blood vessels.
131. Explain the function of the 3 main vascular circuits.
132. Describe the anatomy of the heart.
133. Trace the pathway of blood through the heart including all valves, vessels, & structure involved.
134. Differentiate between the characteristics of the atria vs the ventricles.
135. Differentiate between the characteristics of the right and left vantricles.
136. Explain how the heart valves function to maintain on-way blood flow through the heart.
137. Differentiate between cardiac systole and diastole.
138. What causes the heart sounds.
139. Explain what causes blood pressure and where you would find the highest and lowest blood pressures in the body.
140. Describe the processes in the body which aid blood flow returning to the heart from the body.
141. Describe the characteristics of plasma.
142. What are the 3 types of formed elements.
143. Describe the characteristics of an erythrocytes.
144. What are the 2 main categories of leukocytes.
145. What are the characteristics of granulocytes.
146. List the 3 types of granulocytes and the characteristics of each.
147. List the 2 main types of agranulocytes and the characteristics of each.
148. Give the characteristics and functions of platelets.
149. Explain the process of capillary exchange and the forces involved.
150. Explain the functions of the lymphatic system & its parts.
151. List the main lymphatic organs and the functions of each.
152. Characterize the Non-specific Resistance to Disease response.
153. List the 4 structures/mechanisms that provide a non-specific resistance to disease.
154. Characterize the Specific Resistance to Disease response.
155. Differentiate between an antigen and an antibody and where you would find each.
156. List the 5 main classes of antibodies.
157. Differentiate between an active and a passive immunity.
158. Describe the functions of the Gastrointestinal system.
159. List the main parts of the digestive tract.
160. List the digestive processes occurring in the mouth and the structures involved.
161. Describe the function of the pharynx, glottis and epiglottis.
162. Describe the process of swallowing.
163. Describe the digestive processes occurring in the stomach including the chemicals involved.
164. Describe the structure of the stomach.
165. List the 3 main parts of the small intestine and the digestive processes occurring in each.
166. Explain some of the main functions of the liver.
167. Explain the digestive functions of the pancreas.
168. List the 5 main parts of the large intestine and the digestive processes occurring in each.
169. Describe how the small intestine is specially designed to increase absorption of nutrients.
170. List the main vitamins and minerals in the diet.
171. Differentiate between external respiration, internal respiration, and ventilation.
172. List the structures of the respiratory pathway.
173. Explain the process of ventilation including the pressures and anatomy involved.
174. Explain the formation of a pneumothorax
175. Explain the movements of oxygen and carbon dioxide including how they are transported.
176. Explain carbon monoxide poisoning.
177. List some upper and lower respiratory tract illnesses.
178. Identify the main parts of the kidney.
179. Identify the parts of the nephron and give the function of each.
180. Explain the process of making urine in the nephron.
181. What is meant by Glomerular Filtration; what types of things get filtered and which do not.
182. Differentiate between tubular reabsorption and secretion.
183. Describe the actions of Anti-diuretic hormone and its actions on total body water.
184. What are the 2 main divisions of the nervous system. List the components of each.
185. Differentiate between the Afferent and efferent nervous systems.
186. Differentiate between the Visceral and Somatic nervous sytems.
187. Differentiate between the sympathetic and parasymphatetic nervous systems.
188. Differentiate a neuron and a neuroglial cell.
189. Differentiate between a interneuron, sensory neuron, and motor neuron.
190. Describe the functions of a neurotransmitter. List some of the main neurotransmitters.
191. Describe the functions of bone, cerebrospinal fluid, and the meninges in providing protection for the brain.
192. List the meningeal layers in order, and give the characteristics of each.
193. Differentiate between gray matter and white matter of the brain.
194. List the parts of the brain.
195. Describe the anatomy of the cerebrum.
196. List the 5 lobes of the cerebrum and give the functions of each.
197. Describe the functions of the cerebellum.
198. List the 2 main components of the diencephalon.
199. List the main functions of the thalamus.
200. List the main functions of the hypothalamus.
201. List the 3 parts of the brainstem, and give the functions of each.
202. What is the function of a hormone.
203. Differentiate between a steroid hormone and a protein hormone.
204. Differentiate between an exocrine and an endocrine gland.
205. List the endocrine glands in the body.
206. Describe the endocrine functions of the hypothalamus.
207. List the main hormones secreted by the anterior pituitary and the actions of each.
208. Understand how anterior pituitary gland hormones are regulated by the hypothalamus.
209. List the 2 hormones secreted by the posterior pituitary gland and the actions of each.
210. Understand how the posterior pituitary gland hormones are regulated by the hypothalamus.
211. List the 2 hormones secreted by the thyroid gland and the actions of each.
212. Differentiate between hyperthyroidism and hypothyroidism.
213. List the hormone that is secreted by the parathyroid gland and its actions.
214. List the things secreted by the exocrine pancreas.
215. List the hormones secreted by the endocrine pancreas and the actions of each.
216. Differentiate between Type 1 and Type 2 diabetes mellitus.
217. List the hormones secreted by the ovaries and the actions of each.
218. List the hormone secreted by the testes and its actions.
219. List some of the side effect of steroid abuse.
Preview of Coming Attractions
An outline of the lecture dates, topics to be covered and exam dates is given below. Please note that this outline is subject to change throughout the semester as the need arises. You will be given advanced notice if the dates for any of the exams are changed. These changes will be announced at the beginning of class, it is YOUR responsibility to be there to learn of any changes.
Day Date Pages Feature Presentation(s)
T 1/18 337-340 Introduction, General info, Classification
R 1/20 348-364 3-Domain system, Viruses, Prokaryotes
T 1/25 364-380 Bacteria, Archaea, Protista, Green Algae, Red Algae
R 1/27 381-390 Brown Algae, diatoms, dinoflagellates, water molds, ciliates, euglenoids, trypanosomes
T 2/1 393-401 Slime molds, fungi structure, zygospores, sac fungi structure & importances
R 2/3 402-407 Club fungi structure & importances, lichens, mycorrhizae
T 2/8 Exam #1 Chapters 19, 20, 21, 22
R 2/10 409-415 Plants, Alteration of generations, nonvascular, liverworts, hornworts, mosses
T 2/15 416-431 Seedless vascular plants, vascular seeded plants; gymnosperms, angiosperms
R 2/17 433-443 Angiosperm tissues, monocots vs eudicots, organization of plants
T 2/22 444-472 Angiosperms; organization of stems, organization of leaves, plant nutrition
R 2/24 493-509 Angiosperm reproduction, seed development, fruit types
T 3/1 Exam #2, Chapters 23, 24, 25, 26
R 3/3 512-522 Animal classification, protostomes vs deuterostomes, invertebrates
3/7 – 3/11 Spring Break
T 3/15 523-534 Molluscs, Annelids, Arthropods
R 3/17 534-551 Echinoderms, chordates, invertebrates, vertebrates, fish, amphibians, fish
T 3/22 552-558, 577-581 Birds, Mammals, epithelial tissues, connective tissues
R 3/24 582-592 Muscular tissue, nerve tissue, skin, homeostasis
T 3/29 Exam #3 Chapters 28, 29, 31
R 3/31 593-612 Circulatory systems, human heart, blood pressure, blood
T 4/5 613-632 Lymphatics, Non-Specific & Specific Resistance to Disease defenses
R 4/7 633-642 Digestive tracts, mouth, stomach, small intestine, large intestine, accessory organs
T 4/12 643-657 Nutrition, carbohydrates, lipids, proteins, obesity, Respiratory systems, Ventilation
R 4/14 658-664 Gas exchange, respiration and health
T 4/19 Exam #4 Chapter 32, 33, 34, 35
R 4/21 Easter Break
T 4/26 665-673 Excretory systems, kidney, nephrons, urine formation
R 4/28 674-687 Kidneys & homeostasis, Nervous systems, nerve tissue, membrane & Action potentials
T 5/3 688-700 Brain, Spinal cord, peripheral nervous system, Autonomic nervous system
R 5/5 701-716, 735-740 Senses, Endocrine glands, hormones, Hypothalamus
T 5/10 740-754 Pituitary glands, thyroid, parathyroid, adrenal, pancreas, Diabetes mellitus, other hormones
R 5/12 11:00am – 1:30pm FINAL Exam (Chs 36, 37, 40)
This tentative outline is being provided so that you will be able to read material prior to coming to
lecture. Reading the material & looking up any words you don’t know BEFORE the lecture will be
immensely beneficial in your learning process.
|Attendance Policy||Excessive absences and/or tardiness in LECTURE OR LAB may result in an instructor initiated drop. Lab attendance and participation REQUIRED. ALL EXAMS ARE REQUIRED AND WILL BE USED IN DETERMINING YOUR FINAL GRADE!!|
|Determination of Final Grade||There will be 4 lecture exams, PLUS the final (5 total exams). These exams will be averaged together to determine your lecture average. The lecture average will make up 75% of the final course grade. The remaining 25% will be determined from the Lab grade. (Lab IS REQUIRED!)|
|Final Exam Date||May 12, 2011 - 11:00 AM|
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