Lesson 6 of 27 • 76 upvotes • 13:35mins
Polar transport Auxin proceeds in a cell-to-cell fashion, rather than via the symplast. That is, auxin exits the cell through the plasma membrane, diffuses across the compound middle lamella, and enters the cell below through its plasma membrane. The loss of auxin from cells is termed auxin efflux; the entry of auxin into cells is called auxin uptake or influx.
27 lessons • 5h 20m
Basics of Genetics
3:00mins
Self Introduction, Course description of Plant Physiology Unit 6
14:29mins
Assimilation of Atmospheric Nitrogen
14:38mins
Bacterial Nitrogen fixation and nodule formation
14:34mins
Plant Hormones -Auxin
14:42mins
Auxin Polarity
13:35mins
Auxin Transport
12:05mins
Auxin Transport Inhibitors
12:24mins
Functions of Auxins - Phototropism
11:29mins
Gibbrelins: Introduction and role
11:16mins
Gibberelins biosynthesis enzymes and mutants
11:58mins
Gibberelin signalling
11:39mins
Intracellular GA signalling & Function
9:25mins
Cytokinin structure and function
14:15mins
Cytokinin Function and signalling
14:38mins
Cytokinin signalling & PSARK promoters
13:37mins
Cytokinin regulations and role in tissue culture
9:36mins
Ethylene Introduction & Biosynthesis
14:44mins
Ethylene biosynthesis and regulations
12:20mins
Ethylene signalling and mutant analysis
12:08mins
Ethylene and tomoto ripening
8:34mins
Ethylene and epinasty
8:12mins
Abscisic Acid: Introduction & Biosynthesis
14:11mins
Functions of Abscisic acid
14:23mins
Abscisic Acid signalling
8:36mins
Brassinosteroids: Functions and Signalling
9:33mins
Jasmonic acid: function & signalling
10:04mins