| #
| Student's
(with blanks)
| Lessons (Lectures),
Workshops or Exams
| Teacher's
(filled in)
| Self Assessment Questions
|
| Lesson 7
| Study Guide
| Introduction to Mendelian Genetics
| Completed
| Five Questions |
| Lesson 8
| Study Guide
| Mendel's First Experiments
and First Law
| Completed
| Seven Questions |
Workshop #2
Part One
| Worksheet
| Single Locus Genetics
and Monohybrids
| Completed
|
|
| Lesson 9
| Study Guide
| Mendel's Second Experiments
and Second Law
| Completed
| Six Questions
|
Workshop #2
Part Two
| Worksheet
| Double Loci Genetics
and Dihybrids
| Completed
|
|
| Lesson 10
| Study Guide
| The Test Cross
| Completed
| Five Questions
|
Workshop #2
Part Three
| Worksheet
| Deductive Genetics and Test Crosses
| Completed
|
|
| Lesson 11
| Study Guide
| Chi Square
| Completed
| Five Questions |
| Workshop #3
| Worksheet
| Chi Square
| Completed
|
|
| Second Exam
|
| covering lessons 7 to 11 (inclusive) and Workshops #2 and #3
|
|
|
| #
| Student's
(with blanks)
| Lessons (Lectures),
Workshops or Exams
| Teacher's
(filled in)
| Self Assessment Questions
|
| Lesson 12
| Study Guide
| Sex Determination, Chromosomes
and Mosaicism
| Completed
| Five Questions |
| Lesson 13
| Study Guide
| Further Complications about
Sex and Genetics
| Completed
| Six Questions
|
| Lesson 14
| Study Guide
| Incomplete Dominance & Codominance,
Pleiotropy and Multialleles
| Completed
| Four Questions |
| Lesson 15
| Study Guide
| Epistasis, Polygenes,
Penetrance, Expressivity
and Cytoplasmic Inheritance
| Completed
| Eight Questions |
| Lesson 16
| Study Guide
| Populations and Hardy-Weinberg
| Completed
| Four Questions
|
| Workshop #4
| Worksheet
| Hardy-Weinberg
| Completed
|
|
| Lesson 17
| Study Guide
| Patterns of Single Gene Inheritance
| Completed
| Four Questions
|
| Lesson 18
| Study Guide
| Relatedness and Pedigrees
| Completed
| Four Questions |
| Third Exam
|
| covering lessons 12 to 18 (inclusive) and Workshop #4
|
|
|
| #
| Student's
(with blanks)
| Lessons (Lectures),
Workshops or Exams
| Teacher's
(filled in)
| Self Assessment Questions
|
| Lesson 19
| Study Guide
| Identification and Structure of Genomic Information
| Completed
| Ten Questions
|
| Lesson 20
| Study Guide
| DNA Replication and the Flow of Genomic Information
- DNA replication makes more DNA
- A brief introduction to information flow
- Transcription makes RNA
- The different types of RNA
- Translation makes protein
- The genetic code
| Completed
| Thirteen Questions
|
| Lesson 21
| Study Guide
| Prokaryotic Genetics
- Prokaryotic chromosomes and plasmids
- DNA replication in prokaryotes (and all about DNA polymerase)
- Bacterial sex -
- conjugation
- transformation
- transduction (and all about restriction endonucleases)
| Completed
| Ten Questions
|
| Lesson 22
| Study Guide
| Prokaryotic Gene Expression
- The basics of transcription regulation
- The lac operon
- Two other important operons
- Both transcription AND translation
| Completed
| Nine Questions
|
| Lesson 23
| Study Guide
| Eukaryotic Genetics
- How eukaryotes differ from prokaryotes
- Repetitive DNA ...
- that is transcribed
- that is not transcribed but (some) serve a function
- that seems to do nothing
- wrap up and review
- Eukaryotic viruses
- DNA replication in eukaryotic chromosomes (and mitochondria)
- Packing DNA into chromosomes
| Completed
| Thirteen Questions
|
| Lesson 24
| Study Guide
| Eukaryotic Gene Expression
- Eukaryotic RNA polymerases
- Eukaryotic promoters, enhancers and silencers
- Types of genes and regulators
- Regulation by methylation
- Posttranscriptional
- Eukaryotic translation
- Regulation of translation and posttranslational processes
| Completed
| Nineteen Questions
|
| Fourth Exam
|
| covering lessons 19 to 24 (inclusive)
|
|
|
and 
