|
1.
What
Types of Herbicides Exist and How Can They Be Used?
a.
Herbicide
Classification
b.
Practical
Applications of Herbicide Physiology
c.
Herbicide Discovery
and Screening
2.
How Do
Herbicides get into Plants and Then Move Throughout?
a.
Transpiration: Water
Movement in Plants
b.
Phloem Transport -
Under construction
c. Foliar Absorption
and Phloem Translocation
d.
Root Absorption and
Xylem Translocation
e.
Mechanisms of Cellular Absorption
3.
How do
Plants Make Herbicides Less Toxic?
a.
Metabolism of
Herbicides or Xenobiotics in Plants
4.
How Do
Herbicides Kill Plants?
a.
Light-dependent Herbicides
i. The
Interaction of Light with Biological Molecules
ii. Herbicides
that Act through Photosynthesis
iii. Lipid
Peroxidation
1.
Lipid Peroxidation
Animation
2.
Lesson -
Under construction
b.
Amino
Acid Synthesis Inhibitors
i. Inhibitors of
Aromatic Amino Acid Biosynthesis
ii. Branched
Chain and Glutamine Inhibitors
-
Under construction
c.
Lipid
Synthesis Inhibitors
i.
ACCase Animation
ii. Inhibitors
of Fatty Acid Synthesis and Elongation
d.
Microtubule Disruptors
i.
Spindle Fiber
Disruption Animation
ii. Lesson
-
Under construction
e.
Auxinic Herbicides
i.
Auxin and Auxinic Herbicide Mechanism(s) of Action –
Part 1
ii. Auxin
and Auxinic Herbicide Mechanism(s) of Action – Part 2
f.
Cell
Wall Biosynthesis Inhibitors -
Under construction
5.
Herbicide Resistance in Weeds and Crops
a. Appearance
of Herbicide Resistance in a Weed Population
b.
Herbicide
Resistance: Mechanisms, Inheritance and Molecular
Genetics
c. Expression
of Herbicide Resistant ALS Genes
d.
Overview
of Plant Genetic Engineering
|
