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Biology
Plant Science (Botany)
Vascular Biology
1. Introduction to Vascular Biology
2. Xylem Structure and Function
3. Phloem Structure and Function
4. Vascular Development and Differentiation
5. Vascular Tissue Organization
6. Water Transport Physiology
7. Sugar Transport Physiology
8. Molecular Regulation of Vascular Development
9. Wood Anatomy and Properties
10. Vascular System Interactions
11. Vascular Diseases and Disorders
Phloem Structure and Function
Primary Functions
Sugar Translocation
Amino Acid Transport
Hormone Transport
Signaling Molecule Transport
Protein Transport
RNA Transport
Sieve Elements
Sieve Cells
Structure in Gymnosperms
Sieve Areas
Associated Cells
Sieve-Tube Elements
Structure in Angiosperms
Sieve Plates
Sieve Pores
Enucleation Process
Companion Cells and Associated Cells
Companion Cells in Angiosperms
Ordinary Companion Cells
Transfer Cells
Intermediary Cells
Metabolic Functions
Plasmodesmatal Connections
Albuminous Cells in Gymnosperms
Structure and Function
Relationship to Sieve Cells
Specialized Phloem Structures
Sieve Plates
Formation and Structure
Pore Development
Callose Regulation
P-Protein Bodies
Structure and Composition
Function in Transport
Response to Injury
Callose
Chemical Composition
Deposition Patterns
Regulatory Functions
Wound Response
Non-Conducting Phloem Cells
Phloem Parenchyma
Storage Functions
Metabolic Activities
Lateral Transport
Phloem Fibers
Bast Fibers
Mechanical Support
Economic Importance
Distribution Patterns
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2. Xylem Structure and Function
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4. Vascular Development and Differentiation