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to teach ages 12-19 yrs+: 424 transparencies
Super Sextet Visual Biology 
 
Visual Biology Encyclopedia 9 files - 771 sheets
Less preparation needed and teaching time maximised
 
File 1: Cell, Molecular biology
7x Cell types
12x Cell organelles
2x Cell membranes and excretion
3x Mitosis
5x Meiosis
4x Proteins and enzymes
4x DNA
7x Chromosomes
2x DNA replication
9x RNA
6x Protein synthesis 1
8x Protein synthesis 2
 

I
 CELL BIOLOGY
   
1 Cell types
1 1.1
 Structure animal cell (W 16)
1 1.2
 Structure plant cell I (W 17)
1 1.3
 Compartments plant cell (W 19)
1 1.4
 Function of prokaryote cell organelles (W 137)
1 1.5
 Typical prokaryote cell (W 27)
1 1.6
 Prokaryote versus eukaryote cells, simple (L 36)
1 1.7
 Prokaryote versus eukaryote cells, complex (W 28)
   
2 Cell organelles
1 2.1 The cytoskeleton (W 24)
1 2.2 Golgi apparatus (W 22)
1 2.3 Endoplasmatic reticulum (W 21)
1 2.4 Nucleus (W 20)
1 2.5 Cilia and flagella (W 25)
1 2.6 Flagellum cross section (L 77)
1 2.7 Movement of cilium (W 12)
1 2.8 Centrioles (W 26)
1 2.9 Chloroplasts (W 13)
1 2.10 Mitochondria (W 15)
1 2.11 Micro filaments (L 76)
1 2.12 Chromatids (L 39)
   
3 Cell membranes and excretion
1 3.1 Fluid mosaic model of plasma membrane (W 29)
1 3.2 Junctions between cells (L 187)
   
   
II CELL DIVISION
   
4 Mitosis
1 4.1 The cell cycle (W 54)
1 4.2 Simplified cell cycle (W 88)
1 4.3 Mitosis (W 55)
   
5 Meiosis
1 5.1 Meiosis (W 56)
1 5.2 Spermatogenesis (W 57)
1 5.3 Simplified life cycle (W 58)
1 5.4 Meiosis compared to mitosis (W 59)
1 5.5 Three life cycles (W 138)
   
 
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III MOLECULAR BIOLOGY / BIOTECHNOLOGY
 
6 Proteins and enzymes
1 6.1 Action of hydrolytic enzyme (W 35)
1 6.2 Substrate dependency (W 36)
1 6.3 Hemoglobin (L 69)
1 6.4 Genetics of a metabolic pathway (W 85)
   
7 DNA
1 7.1 From chromosome to DNA (W 11)
1 7.2 X-ray diffraction pattern of DNA (L 95)
1 7.3 Simple structure of DNA (W 93)
1 7.4 DNA repair systems (W 121)
   
8 Chromosomes
1 8.1 DNA and chromosome (W 87)
1 8.2 Relations between chromosomes (W 89)
1 8.3 Chromosome banding (W 98)
1 8.4 Lyon hypothesis (W 99)
1 8.5 Chromosomal mutations (W 101)
1 8.6 From chromosome to DNA (W 114)
1 8.7 Colorectal tumor formation (W 258)
   
9 DNA replication
1 9.1 DNA replication, complicated (W 115)
1 9.2 DNA replication, simple I (W 86)
   
 

10 RNA
1 10.1 Transcription (W 73)
1 10.2 Processing messenger RNA (W 74)
1 10.3 The lac operon (L 109)
1 10.4 Master gene (L 111)
1 10.5 Transfer RNA (L 100)
1 10.6 mRNA transcription (L 112)
1 10.7 Transposons (L 121)
1 10.8 Stutters, stumbles and RNA (L 113)
1 10.9 Similarities between DNA and RNA (W 94)
   
11 Protein synthesis 1
1 11.1 Protein synthesis in eukaryotic cells (W 95)
1 11.2 Initiation (W 79)
1 11.3 Translocation (W 75)
1 11.4 Termination and stop codons (W 76)
1 11.5 Membrane relations within the cell (W 23)
1 11.6 Decoding RNA (L 99)
 
12 Protein synthesis 2
1 12.1 Overview protein synthesis (L 101)
1 12.2 Protein synthesis: Initiation and elongation (L 102)
1 12.3 Protein synthesis: Elongation and termination (L 103)
1 12.4 Summary of protein synthesis (L 104)
1 12.5 Ribosome and subunits (L 72)
1 12.6 Flow of genetic information (W 72)
1 12.7 Base substitution (W 82)
1 12.8 Frame shift mutations (W 83)
   
 
 
 
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