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Biological Science notes
Scott Freeman - ISBN: 9780133942989
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View all 19 notes for Biological Science, written by Scott Freeman. All Biological Science notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Biological Science summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Biological Science notes
protein structure and function
- Textbook notes
- • 6 pages •
protein structure and function
introduction to carbohydrates
- Textbook notes
- • 2 pages •
introduction to carbohydrates
Ch 8 - Cell-Cell Interactions

Concepts:
- cell surface
- how do adjacent cells connect and communicate?
- signaling in multicellular organisms
- signaling between unicellular organisms
- Class notes
- • 3 pages •
Ch 8 - Cell-Cell Interactions

Concepts:
- cell surface
- how do adjacent cells connect and communicate?
- signaling in multicellular organisms
- signaling between unicellular organisms
Ch 7 - Inside the Cell

Concepts:
- prokaryotic cells
- eukaryotic cells
- how the parts fit into a whole
- nuclear transport
- endomembrane system 
- dynamic cytoskeleton
- Class notes
- • 6 pages •
Ch 7 - Inside the Cell

Concepts:
- prokaryotic cells
- eukaryotic cells
- how the parts fit into a whole
- nuclear transport
- endomembrane system 
- dynamic cytoskeleton
Ch 5 - Carbohydrates 

Concepts:
- monosaccharides 
- polysaccharides
- roles of carbohydrates
- Class notes
- • 4 pages •
Ch 5 - Carbohydrates 

Concepts:
- monosaccharides 
- polysaccharides
- roles of carbohydrates
Ch 4 - DNA and RNA

Concepts:
- What is a nucleic acid?
- DNA
- RNA
- Could life have evolved from RNA
- Class notes
- • 4 pages •
Ch 4 - DNA and RNA

Concepts:
- What is a nucleic acid?
- DNA
- RNA
- Could life have evolved from RNA
Ch 2 - Chemistry linked to the evolution of life

Concepts:
- structure of atoms, ions, and molecules
- properties of water 
- how do chemical reactions occur?
- current models for chemical evolution 
- carbon: the most versatile atom
- Class notes
- • 3 pages •
Ch 2 - Chemistry linked to the evolution of life

Concepts:
- structure of atoms, ions, and molecules
- properties of water 
- how do chemical reactions occur?
- current models for chemical evolution 
- carbon: the most versatile atom
Ch 1 - Biology and The Tree of Life

Concepts:
- what does it mean to say that something is alive?
- cells theory 
- theory of evolution 
- tree of life
- Class notes
- • 2 pages •
Ch 1 - Biology and The Tree of Life

Concepts:
- what does it mean to say that something is alive?
- cells theory 
- theory of evolution 
- tree of life
Test Bank For Biological Science, Canadian Edition, 3rd Edition by Scott Freeman; Kim Quillin; Lizabeth Allison; Michael Black; Greg Podgorski; Emily Taylor; Jeff Carm Chapter 1-54
- Exam (elaborations)
- • 943 pages •
Test Bank For Biological Science, Canadian Edition, 3rd Edition by Scott Freeman; Kim Quillin; Lizabeth Allison; Michael Black; Greg Podgorski; Emily Taylor; Jeff Carm Chapter 1-54
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Newest Biological Science summaries
All Bio 141 notes for the entire semester
- Study guide
- • 36 pages •
All Bio 141 notes for the entire semester
Introduction to functional biology and the tree of life. 

- Textbook notes
- • 2 pages •
Introduction to functional biology and the tree of life. 

The basic chemistry subjects needed to continue with functional biology.
- Textbook notes
- • 8 pages •
The basic chemistry subjects needed to continue with functional biology.
protein structure and function
- Textbook notes
- • 6 pages •
protein structure and function
Nucleic acids and the RNA World
- Textbook notes
- • 2 pages •
Nucleic acids and the RNA World
introduction to carbohydrates
- Textbook notes
- • 2 pages •
introduction to carbohydrates
Ch 9 - Respiration & Fermentation

Concepts:
- overview of cellular respiration 
- glycolysis
- pyruvate processing
- Krebs cycle
- methods of producing ATP
- electron transport
- fermentation
- Class notes
- • 3 pages •
Ch 9 - Respiration & Fermentation

Concepts:
- overview of cellular respiration 
- glycolysis
- pyruvate processing
- Krebs cycle
- methods of producing ATP
- electron transport
- fermentation
Ch 8 - Cell-Cell Interactions

Concepts:
- cell surface
- how do adjacent cells connect and communicate?
- signaling in multicellular organisms
- signaling between unicellular organisms
- Class notes
- • 3 pages •
Ch 8 - Cell-Cell Interactions

Concepts:
- cell surface
- how do adjacent cells connect and communicate?
- signaling in multicellular organisms
- signaling between unicellular organisms
Ch 7 - Inside the Cell

Concepts:
- prokaryotic cells
- eukaryotic cells
- how the parts fit into a whole
- nuclear transport
- endomembrane system 
- dynamic cytoskeleton
- Class notes
- • 6 pages •
Ch 7 - Inside the Cell

Concepts:
- prokaryotic cells
- eukaryotic cells
- how the parts fit into a whole
- nuclear transport
- endomembrane system 
- dynamic cytoskeleton
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