DEVELOPMENTAL
BIOLOGY----BIOL 3160
SPRING
TERM 2004
Instructor: Dr. Rosalind (Roz) Herlands
Office: C-107 (ext 4402)
e-mail
address: rherlands@stockton.edu
URL for web
page: http://www.stockton.edu/~herlandr
Home phone; 965-3611
Office Hours; Mon 11:30-12:30; Weds 2:10-3:25; Friday
11:30-12:30; or by
appointment
Welcome to
Developmental Biology! This is an
exciting field of biology that is helping us bring together ideas and
experimental approaches from cell biology, genetics, immunology, physiology and
anatomy to understand how animals and plants have evolved and how they develop
from fertilized eggs to sexually mature adults to aging individuals. This course will be primarily concerned with
the development of animals, but we will also discuss some processes occurring
in the embryonic development of flowering plants. The course has three lecture sessions and a
laboratory meeting (Tuesdays from 8:30-11:15 in F-005) each week; the lab exercises--all
experimental--will involve investigations on developing animals and plants and
will illustrate the lecture and reading concepts and topics.
On the
following pages, I have outlined a tentative syllabus for the course,
indicating the sequence of topics and readings as well as the dates of the
exams. I have also included the topics
and dates for the lab exercises.
Pre-requisites: a
year of general biology, Chem II (or Organic Chem I), and Genetics
Readings: We
will be using Developmental Biology, 7th ed. by Scott Gilbert as the
main text and will occasionally supplement it with journal articles and
assigned readings on reserve in the Library.
Exams: There
will be three essay exams (given on 2/20, 3/31, 5/5) which will cover the
lecture and lab material and assigned readings; the exams will be of equal
weight; expect frequent take-home quizzes.
There are NO make-ups on exams or quizzes.
Lab
Reports: You will be writing several lab reports
based on the lab exercises.
Grading: Your
final course grade will be based on your three exams, quizzes, lab reports and
participation in class. Grades on your
lab assignments will
make
up 25% of your course grade.
COURSE SYLLABUS
Dates Topics Readings in Textbook
Jan 21 introduction to development chapter 1
Jan 23 developmental patterns chapter 2
Jan 26 cells & genes in
development (review) chapters
5[107-111]
Jan 28 fertilization chapter 7
Jan 30 “ “
Feb 2 early development: cleavage
and gastrulation chapter 8
Feb 4 early development in sea
urchins “
Feb 6 early development in snails
and tunicates “
Feb 9 early development in fruit
flies: A-P axis chapter 9[263-278]
Feb 11 early development in amphibians:
overview chapter 10
Feb 13 role of induction and
diffusible signals “
Feb 16 early development in birds chapter 11
Feb 18 early development in mammals “
Feb 20 EXAM I -------
Feb 23 neural tube formation and
induction chapters 12 & 6
Feb 25 “
“ “ “ “ “
Feb 27 differentiation of the neural
tube chapter 12
Mar 1 development of vertebrate eye chapter 12
Mar 3 neural crest cells and their
derivatives chapter 13
Mar 5 “
“ “ “
“ “ “
Mar 8 nerve-target specificity chapter 13
Mar 10 development of somites and their derivatives chapter 14
Mar 12 development of vertebrate
kidneys “
Mar 15-19 SPRING BREAK
Mar 22 development of the vert heart and circulatory system chapter 15
Mar 24 development of extraembryonic membranes “
Mar 26 development of the digestive
tract in vertebrates “
Mar 29 development of the respiratory
system in verts “
Mar 31 EXAM II ---------
Apr 2 development in flowering
plants `
chapter 20
Apr 5 “ “ “ “ “
Apr 7 NO CLASS--PRE-REG ADVISING
Apr 9 cell differentiation chapters 3, 4 & 5
Apr 12 “
“ “
Apr 14 cell adhesion &
morphogenesis chapter 3
Apr 16 tetrapod
limb and pattern formation chapter 16
Apr 19 “
“ “ “ “
“
Apr 21 gonad development and sex
determination chapter 17
Apr 23 regeneration chapter 18
Apr 26 metamorphosis: role of
hormones in development chapter 18
Apr 28 growth and aging
“
Apr 30 evolutionary developmental
biology chapter 23
May 5 EXAM III ---------
The Lab
sessions meet on Tuesdays 8:30-11:15 am in F-005
Date Topic
Feb 3 Mammalian
Reproductive System and Gamete Formation
Feb 10 Sea Urchin
Fertilization and Early Development
Feb 17 Frog Cleavage and
Early Development
Feb 24 In Vitro
Chick Embryo Development
Mar 2 Effects of Teratogens on Chick Development
Mar 9 “ “ “
“ “
Mar 16 Spring Break
Mar 23 Regeneration in
Segmented Worms
Mar 30 NO Lab Meeting
(pre-reg advising)
Apr 6 Corn
Embryo Development and Role of Hormones
Apr 13 “
“ “ “ “
“ “
Apr 20 Gene Expression in Drosophila
Apr 27 “ “ “ “