Evolutionary Logic

From Static Evolutionary Model (Linnaeus)to Dynamic Evolutionary Model (Darwin)

Evolutionary Logic in Biology

Molecules Cells Plants Animals Humans

Vertical Instructions & Retrospection

5-6 grades: Botany 6-7 grades: Zoology 7-8 grades: Anatomy/Physiology 9 grades: Evolutionary Theory & Ontogenesis 10 grade: Cell 11 grade: Molecular Biology & Ecology

Horizontal Instructional Models

Molecules Cells Plants Animals Humans

Molecules Cells Plants Animals Humans

Compare AP & Low: the less AP the more linear

Get it and Forget it

A Reference reinforces, but will it enhance reasoning?

Instructional Domains

Instructional topics from

different parts of the course

Lab Investigation

Concept

Molecular Visualization

  Protein folding Protein stability Enzyme catalysis Specific protein-protein recognition.

Electrostatic potential of proteins caused by charged side chains and bound ions

AND

Molecular Dynamic

From Memorizing Static Chemical Formulas & Balancing Chemical Equation/Stoichiometry

To Experimenting with Molecular Dynamic Models

Molecular Visualization Coupled with Molecular Dynamic Models May Make Molecular World

Relevant to StudentsAllow Introduction of Molecular Logic in Biology

Aquatic Solutions Experimental Module

Basic Models: Pillars for Instructional Domain

Molecular Kinetic Motion

Chemical Kinetics

Solutions and Solubility

Diffusion & Osmosis

Diffusion and Multiple Biology Topics

Cells: Waste Elimination

Leaves & TranspirationBotany

Plant cells; Turgor Botany

Cells:Chemical transport

Cell nourishment

Root functionBotany

Cell Membrane

Physiology: Excretory system

Physiology: Nervous system

Physiology:Kidney function

Physiology: Respiratory System

Physiology: Digestion

Physiology:Circulatory systems

Cell Membrane *Biotechnology: Molecular separation

Diffusion & OsmosisDynamic Model

Progression of Models

Membrane: Gradients & BarriersModelUnicellular

Simple Diffusion: Dynamic EquilibriumModelMembrane

Active Transport: ATPModelDigestion

Facilitated Diffusion & Reverse ModelKidney

Model Cascades: Relaying Signals

Neuron

From Simple Diffusion Model to ATP

Diffusion

Osmosis

Active Transport

Maintaining Gradients & Conserving Energy

Chemo-osmotic potential

ATP formation

Bioenergetics

Molecular Dynamic & Dynamic Evolution

Electro-negativity

Atoms & electrons

Functional Groups

Molecular Diversity

Chemical Reactions

Amino acidsinteractions

Biopolymers Proteins:Form & function

Protein Folding

Protein: Self-Assembly

Molecular Morphogenesis

MolecularAdaptation

GeneticsEvolution

Molecular Dynamic & Dynamic Evolution Models

Statistical Nature of

Molecular Behavior +

Forces of MolecularInteractions

Statistical Nature of

Genetic Variation+

Selection Pressure