microscopic view of green algae

BIOL 416 A: Molecular Genetics of Plant Development

Autumn 2022
Meeting:
TTh 1:30pm - 2:50pm
SLN:
11722
Section Type:
Lecture
Instructor:
Syllabus Description (from Canvas):

You can find our syllabus on Welcome to Biol416 - Syllabus. Here I show our schedule.

Schedule:

Week

Date

 

1

29 Sept

Lecture and discussion: Course Introduction; Why study plants? Case Study: Domestication and Floral Development

2

4 Oct

Lecture and discussion: Genetics and Mutagenesis, Case Study: Domestication and Floral Development

6 Oct

Lecture and discussion: Genetics and Mutagenesis, Case Study: Domestication and Floral Development Continued 

3

11 Oct

Lecture and discussion: Genetics and Mutagenesis, Case Study: Domestication and Floral Development Continued

13 Oct

Greenhouse tour (meet at the LSB greenhouse)

4

18 Oct

Lecture and discussion: Genetics and Mutagenesis, Case Study: Domestication and Floral Development Continued

20 Oct

Lecture and discussion: Genetic Engineering of Plants, Genetic problems: Forward vs. Reverse Genetics

5

25 Oct

Lecture and discussion: Plant Hormones

27 Oct

Group presentation

6

1 Nov

Lecture and discussion: New Findings in Plant Hormones

3 Nov

Lecture and discussion: New Findings in Plant Hormones

7

8 Nov

Lecture and discussion: New Findings in Plant Hormones

10 Nov

Lecture and discussion: New Findings in Plant Hormones

8

15 Nov

Lecture and discussion: Photomorphogenesis

17 Nov

Lecture and discussion: New Findings in Plotomorphogenesis

9

22 Nov

Lecture and discussion: New Findings in Plotomorphogenesis

24 Nov

Thanksgiving Day (holiday)

10

29 Nov

Student individual presentation (1)

1 Dec

Student individual presentation (2)

 

11

 

6 Dec Lecture and discussion: New Findings in Plotomorphogenesis

8 Dec

(9 Dec)

Review session: what we learned throughout this class 

Take-home exam

Finals

12/Dec

No exam

 

 

Catalog Description:
Plant growth and development examined in molecular-genetic terms. Covers mutation, dominance, redundancy, epistasis, and key technologies for discovery of gene function as well as embryogenesis, meristem formation, flower development, and other problems in plant development. Prerequisite: BIOL 355 and either GENOME 361, or GENOME 371.
Credits:
3.0
Status:
Active
Last updated:
March 18, 2026 - 5:05 pm