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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
Water Transport Physiology
Cohesion-Tension Theory
Theoretical Foundation
Water Properties
Cohesive Forces
Adhesive Forces
Tensile Strength
Transpiration Drive
Stomatal Regulation
Leaf Water Potential
Atmospheric Demand
Tension Development
Negative Pressure Creation
Water Potential Gradients
Continuous Water Column
Root Water Uptake
Water Movement Pathways
Apoplastic Pathway
Cell Wall Movement
Intercellular Spaces
Symplastic Pathway
Plasmodesmatal Transport
Cytoplasmic Continuity
Transmembrane Pathway
Membrane Transport
Aquaporin Function
Root Pressure Phenomena
Active Ion Transport
Osmotic Water Movement
Guttation Process
Xylem Transport Efficiency
Hydraulic Conductivity
Vessel Diameter Effects
Pit Resistance
Pathway Tortuosity
Transport Limitations
Cavitation Events
Embolism Formation
Air Bubble Effects
Repair Mechanisms
Vessel Refilling
Root Pressure Contribution
Osmotic Adjustment
Environmental Influences
Water Stress Effects
Drought Responses
Osmotic Adjustment
Structural Modifications
Temperature Effects
Viscosity Changes
Membrane Permeability
Metabolic Rates
Soil Conditions
Water Availability
Salt Stress
Nutrient Interactions
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5. Vascular Tissue Organization
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7. Sugar Transport Physiology