David Marcey |
Subject Material This advanced* course concerns the mechanisms responsible for building multicellular organisms. The continuum of development and aging will be examined at the molecular and cellular levels. Particular attention will be devoted to the experimental basis for current models of these processes. The importance of the modification of developmental programs in the course of multicellular evolution will be also be studied. Students will read original research literature as well as standard texts. Prerequisites: BIOL 6, 7, and 8. * knowledge of material covered in Biology 7, Introduction to Genetics and Development, is assumed. See DM if you require remedial reading/tutoring on this material. |
Course Format The material presented in lecture will be complementary to assigned reading, and will emphasize the experimental and historical basis for concepts described in your reading. In addition to traditional lectures, discussions will be encouraged and expected. You are expected to have completed assignments prior to coming to class, in preparation for discussion. You will be assigned small discussion group membership (A-F) for the leadership of some in-class discussions (see grading and course outline, below). |
Text Additional Reading |
Supplemental Learning Material You will also be provided additional learning aids that are accessible on the WWW or on the local Kenyon network. Many slides and Web pages containing material presented in class can be found online or on the network at p:\data\biology\biol21. There are links on this page to useful supplemental information. See linked resources, below. |
Assignments & Grading Your grade will be determined by a 1000 point scale:
Quizzes will be designed to test student understanding of concepts, methodologies, and experiments. The quizzes will primarily be multiple choice. You may discard your one lowest quiz grade and substitute your class project grade in its stead (this will be done automatically if your project grade is higher than any one of your quiz grades). The final exam will test your understanding of the course material by asking you several integrative essay questions. Class participation includes attendance as well as regular responses in class. It also includes participating in group-led discsussions on research literature. See outline, below, to see discussion dates. For more information, including group membership, see the group-led discussion page. The WWW site construction assignment involves building a web site in HTML (HyperText Markup Language). This can be considered a web-based term paper, but you should take advantage of the web to provide appropriate supplementary visualization (graphics, ect.). Avoid very broad subjects, e.g., "dorsal-ventral axis formation". Rather, you should choose a very specific topic for your project, e.g. "the role of beta catenin in vertebrate dorsal-ventral axis formation". You must submit a topic proposal for approval in the fourth week of the semester (see outline, below). You must use original research literature as the major sources for your project. We will schedule several common hour periods for instruction on web page construction, including the acquisition and processing of images. More information on this assignment can be found on the WWW project page. |
Academic Honesty and Class Conduct It is your responsibility to know the guidelines of the college regarding academic
honesty and class conduct. READ THE SECTION ON ACADEMIC HONESTY in the 1998-1999 COURSE
OF STUDY to familiarize yourself with the college policies, as this course will follow these guidelines. Please
be reminded that if you use the words of another person, whether or not you scientifically cite the source in your
text, you also must use quotes around those words. It is important to learn to use your own writing to present
ideas and syntheses of ideas. Learning Disabilities: If you have a disability and therefore may have need for some type of accommodation(s)
in order to participate fully in this class, please feel free to discuss your concerns in private with me AND
BE SURE TO CONTACT Dean Martindell at PBX 5145 or via e-mail at MARTINDELLJ.
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Goals |
Assignments & Assessment |
To learn about
|
reading, course lectures, discussions, quizzes, |
To improve data analysis and critical thinking skills |
class discussions on journal articles, web project |
To foster collaborative skills |
group-led class discussions |
To learn to use the hypertextual medium of the World Wide Web as a way to present ideas |
web project |
To hone written and oral communication skills |
final exam and class discussions |
DATE | TOPIC | READING [Wolpert, et al. & Articles (group-led discussions)] & QUIZZES & PROJECT | |
January | 18 20 22 |
Introduction to Course, History of DB More History Basic Concepts (Review of Biology 7 material) |
1-9 9-22 |
25 27 29 |
Experimental Approaches - Model Systems/Techniques Experimental Approaches II - Model Systems Experimental Approaches III - Developmental Genetics I |
23-43 43-51 52-59; Journal Articles 1 & 2 |
|
February | 1 3 5 |
Experimental Approaches IV - Developmental Genetics II Vertebrate Development - Body Axes I Vertebrate Development - Body Axes II, sequential induction |
Quiz 1 (score
distribution) 61-86 86-96 |
8 10 12 |
Vertebrate Development - Body Axes III, sequential induction Vertebrate Development - Signaling molecules, Neurulation Vertebrate Development - Left-Right Axis Formation |
97-110; Web Proposals
110-124 Journal Articles 3 & 4 - Group A leads discussion |
|
15 17 19 |
Vertebrate Development - Neuronal A-P patterning Vertebrate Development - Neuronal A-P, D-V patterning (HOX genes) Vertebrate Development - Mesodermal A-P, D-V patterning (HOX genes) |
Quiz 2 (score
distribution) catch up on reading catch up on reading, work on web projects |
|
22 24 26 |
Drosophila Development I Drosophila Development II Drosophila Development III |
125-146 146-169 Journal Article 5 - Group B leads discussion |
|
March | 1 3 5 |
Drosophila Development IV Drosophila Development V Drosophila Development VI |
Quiz 3 (score
distribution) catch up, work on web projects catch up, work on web projects |
6-21 | Spring Break !!!!!! | ||
22 24 26 |
Drosophila Development VII Drosophila Development VIII No class - DM travel |
catch up (meet
with DM about WWW projects) catch up catch up |
|
April | 29 31 2 |
Mechanisms of Morphogenesis Mechanisms of Morphogenesis Mechanisms of Morphogenesis |
231-242 242-253 Journal Article 6 - Group C leads discussion |
5 7 9 |
Mechanisms of Morphogenesis Mechanisms of Morphogenesis Mechanisms of Morphogenesis |
254-267; Quiz 4
(score distribution) catch up, work on web projects catch up, work on web projects |
|
12 14 16 |
Mechanisms of Morphogenesis Mechanisms of Morphogenesis Mechanisms of Morphogenesis |
catch up, work on web projects catch up, work on web projects Journal Article 7 - Group D leads discussion |
|
19 21 23 |
Cell Differentiation; Organogenesis I Organogenesis II Organogenesis III |
269-302; 303-319; Quiz 5 (score distribution) 320-327 328-338 |
|
26 28 30 |
Developmental Neurobiology I Developmental Neurobiology II Developmental Neurobiology III |
339-351 352-370 Journal Article 8 - Group E leads discussion |
|
May | 3 5 7 |
Growth and Aging Development and Evolution I Development and Evolution II |
417-441; Quiz 6
(score distribution) 443-455 456-461 |
Movie of 3-D reconstruction of Xenopus oocyte: acetylated microtubules |
The Interactive Fly (Evolutionarily Conserved Developmental Pathways) |
more coming soon.... |