Open genetics

OpenStax

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Preface to biology

0.1 About openstax

0.2 About openstax’s resources

0.3 Customization

0.6 About biology

0.7 Coverage and scope

0.8 Pedagogical foundation and features

0.9 Art and animations that engage

0.10 About our team

0.11 Senior contributing authors

0.12 Contributing authors and reviewers

0.13 Learning resources

1 The periodic table of elements

1 Mendel’s experiments and the laws of probability

2 Characteristics and traits

3 Laws of inheritance

1 The process of meiosis

2 Sexual reproduction

1 Chromosomal theory and genetic linkage

2 Null hypothesis

3 Chromosomal basis of inherited disorders

Mapping and sequencing genes

1 Mapping genomes

2 Whole-genome sequencing

Dna structure and function

1 Historical basis of modern understanding

2 Dna structure and sequencing

2.1 Dna sequencing techniques

2.2 Dna packaging in cells

2.3 Section summary

2.4 Art connections

3 Basics of dna replication

4 Dna replication in prokaryotes

5 Dna replication in eukaryotes

Genes and proteins

1 The genetic code

2 Prokaryotic transcription

3 Eukaryotic transcription

4 Rna processing in eukaryotes

5 Ribosomes and protein synthesis

The evolution of populations

1 Population evolution

2 Population genetics

Gene expression

1 Regulation of gene expression

2 Prokaryotic gene regulation

3 Eukaryotic epigenetic gene regulation

4 Eukaryotic transcription gene regulation

5 Eukaryotic post-transcriptional gene regulation

5.1 Rna splicing, the first stage of post-transcriptional control

5.2 Control of rna stability

5.3 Rna stability and micrornas

5.4 Section summary

6 Eukaryotic translational and post-translational gene regulation

7 Cancer and gene regulation

7.1 Cancer: disease of altered gene expression

7.2 Tumor suppressor genes, oncogenes, and cancer

7.3 Cancer and epigenetic alterations

7.4 Cancer and transcriptional control

7.5 Cancer and post-transcriptional control

7.6 Cancer and translational/post-translational control

7.7 New drugs to combat cancer: targeted therapies

7.8 Section summary

Cancer module in progress

1 Cell division

2 The cell cycle

3 Control of the cell cycle

4 Cancer and the cell cycle

5 Propagation of the signal

6 Response to the signal

7 Experimentalupload

Extra stuff. needs a home

Genomics and proteomics

1 Applying genomics

2 Biotechnology

3 Determining evolutionary relationships

3.1 Two options for similarities

3.2 Misleading appearances

3.3 Molecular comparisons

3.4 Building phylogenetic trees

3.5 Shared characteristics

3.6 Choosing the right relationships

3.7 Section summary

3.8 Art connections

Source: OpenStax, Open genetics. OpenStax CNX. Jan 08, 2015 Download for free at https://legacy.cnx.org/content/col11744/1.3

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