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Visual and artistically detailed notes covering courses required for Kinesiology sport science majors at Washington State University.
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BIO 107: Macromolecules_Lecture Notes
DETAILED LECTURE NOTES COVERING THE FOLLOWING INFORMATION
- Macromolecules: Monomers vs. Polymers
- How are polymers formed: Dehydration vs. Hydrolysis
- Biological Polymers: Nucleic acids, proteins, and carbohydrates
- Enzymes and their involvement in dehydration and hydrolysis
- Nucleic Acids: DNA and RNA
- Discovery of DNA Structure
- Nucleotide Structure
- Nitrogen Bases and their structures
- Sugars: DNA and RNA
- Phosphodiester bones
- Watson Crick DNA structure
** Contains Que...
- Class notes
- • 9 pages •
DETAILED LECTURE NOTES COVERING THE FOLLOWING INFORMATION
- Macromolecules: Monomers vs. Polymers
- How are polymers formed: Dehydration vs. Hydrolysis
- Biological Polymers: Nucleic acids, proteins, and carbohydrates
- Enzymes and their involvement in dehydration and hydrolysis
- Nucleic Acids: DNA and RNA
- Discovery of DNA Structure
- Nucleotide Structure
- Nitrogen Bases and their structures
- Sugars: DNA and RNA
- Phosphodiester bones
- Watson Crick DNA structure
** Contains Que...
BIO 107: Translation I_Summary
A VISUAL NOTE TAKING STYLE COVERING THE FOLLOWING INFORMATION
**RNA processing in eukaryotic cells**
- 3 regions of pre-mRNA
- Functions of the 3 regions of pre-mRNA
- Mature mRNA
**Intro the Translation: Genetic Code**
- Start codons and stop codons
- The processes involved with the ribosome and pre-mRNA during translation
- The different types of RNA needed in translation
- The features of tRNA
- Summary
- • 4 pages •
A VISUAL NOTE TAKING STYLE COVERING THE FOLLOWING INFORMATION
**RNA processing in eukaryotic cells**
- 3 regions of pre-mRNA
- Functions of the 3 regions of pre-mRNA
- Mature mRNA
**Intro the Translation: Genetic Code**
- Start codons and stop codons
- The processes involved with the ribosome and pre-mRNA during translation
- The different types of RNA needed in translation
- The features of tRNA
BIO 107: Translation II_Summary
Visual Notes Covering:
**Ribosome**
- The catalyst for peptide bond formation
- The functions carried out by the ribosome during translation
- A breakdown of the structure of the ribosome: large and small subunits: A site, P site, E site
**3 stages of translation** A detailed breakdown of each individual stage and substage for the following processes**
- Initiation
- Elongation
- Termination
**What happens to the polypeptide chain after translation**
- Protein Folding
- some of the prob...
- Summary
- • 5 pages •
Visual Notes Covering:
**Ribosome**
- The catalyst for peptide bond formation
- The functions carried out by the ribosome during translation
- A breakdown of the structure of the ribosome: large and small subunits: A site, P site, E site
**3 stages of translation** A detailed breakdown of each individual stage and substage for the following processes**
- Initiation
- Elongation
- Termination
**What happens to the polypeptide chain after translation**
- Protein Folding
- some of the prob...
BIO 107: Transcription_Lecture Notes
Lecture Notes Covering:
- Gene Expression
- Central Dogma
- Differences in Prokaryotes and Eukaryotes
* Basics of Transcription
- Stage 1: Initiation
- Stage 2: Elongation
- Stage 3: Termination
- Class notes
- • 3 pages •
Lecture Notes Covering:
- Gene Expression
- Central Dogma
- Differences in Prokaryotes and Eukaryotes
* Basics of Transcription
- Stage 1: Initiation
- Stage 2: Elongation
- Stage 3: Termination
BIO 107: Macromolecules and Protein Structure_Summary
Visual notes containing summarized information on the basics of macromolecules and protein structure.
- Package deal
- • 2 items •
- BIO 107: Macromolecules_Summary • Summary
- BIO 107: Protein Structure_Summary • Summary
Visual notes containing summarized information on the basics of macromolecules and protein structure.
BIO 107: Protein Structure_Summary
Protein Structure
- Primary Structure
- Secondary Structure
- Tertiary Structure
- Package deal
- Summary
- • 1 pages •
Protein Structure
- Primary Structure
- Secondary Structure
- Tertiary Structure
BIO 107: Macromolecules_Summary
Macromolecules
- Dehydration : Synthesis
- Hydrolysis : Breakdown
- Enzyme Reactions
- Nucleic Acids = DNA and RNA
- Nucleotide Structure
- Nitrogen Bases
- Phosphodiester Bonds
- Proteins
- Package deal
- Summary
- • 4 pages •
Macromolecules
- Dehydration : Synthesis
- Hydrolysis : Breakdown
- Enzyme Reactions
- Nucleic Acids = DNA and RNA
- Nucleotide Structure
- Nitrogen Bases
- Phosphodiester Bonds
- Proteins
Bio 140_Chapter 1
**Learning Goals**
- Basic nutritional definitions
- What are the main components of nutritionally dense foods?

**Layout of Information**
- Nutritional Classifications
	Essential nutrients
	Nonessential nutrients
	Conditionally essential nutrients
	Micronutrients
	Macronutrients
	Organic compounds
	Inorganic compounds
	Certified 
- Types of organic claims
- General Overview and Functions of Nutrients
- Scientific Method
- Types of Studies and Experiments
- Components of a research study...
- Book
- Class notes
- • 6 pages •
**Learning Goals**
- Basic nutritional definitions
- What are the main components of nutritionally dense foods?

**Layout of Information**
- Nutritional Classifications
	Essential nutrients
	Nonessential nutrients
	Conditionally essential nutrients
	Micronutrients
	Macronutrients
	Organic compounds
	Inorganic compounds
	Certified 
- Types of organic claims
- General Overview and Functions of Nutrients
- Scientific Method
- Types of Studies and Experiments
- Components of a research study...