PAG PAG Practical Spec Evidence Date No. complete 1.1 Microscopy Mitosis garlic 2.1.6 d Drawings, calcs – roots Foundations in Biology - Cell division, diversity and organisation 2.1 Dissection and blood 3.1.2 c,e Drawings, vessels Exchange & measurements of 4 transport in animals chambers 3.2 Sampling Measurement of 4.2 Data table (at least 8 techniques distribution & Biodiversity, quadrats), labelled abundance of Evolution and diagrams plants disease - Biodiversity Kite diagram or suitable graph 4.1 Rate of Effect of substrate 2.4.5 Data graph calcs enzyme concentration on Foundations in controlled the rate of Biology - Enzymes reactions hydrogen peroxide breakdown by catalase 5.1 Colorimeter Membranes 2.1.5 c Results, graph or potometer (beetroot) Foundations in Biology - membranes 6.1 Identifying amino 2.2.11 Foundations chromatogram or acids in a protein in Biology RF value calcs – biological molecules 2.1.2s 5.1.3 7.1 Effects of 6.2.1 Cloning and Drawing agar plate techniques antibiotics on biotechnology - (inc clear zones) bacteria growth organism cultures Measurements of clear zones Antibiotic discs results 8.1 Transport in Osmosis in potato 2.1.5 c-d, 2.1.5e Serial dilution and out of cells Foundations in evidence, calcs, table cells Biology - graph membranes Qualitative Qualitative testing 2.2.5 Foundations in Results, photos, testing of proteins, lipids Biology Biological method – and glucose molecules 10.1 Investigation Investigating DNA 6.2.1 Genetics, Detailed image of using a data structure using evolution and DNA structure using logger or RasMol ecosystems RasMol – computer Manipulating Key features modelling genomes identified 11.1 Investigation Effect of exercise 5.1.5 k Set of data for 15 or into the on rate Communication, more students measurement homeostasis and Data collected and of animal energy Plant and use of test – responses animal responses 12.3 Research Oxygen rate and 5.2.1 Photosynthesis Research– raw data skills pond weed write up of experiment sources cited etc
PAG No. PAG Practical Spec Evidence Date complete 1.1 Microscopy Mitosis – garlic roots 2.1.6 d Foundations in Biology - Cell division, diversity and organisation Drawings, calcs 2.1 Dissection and blood vessels 3.1.2 c,e Exchange & transport in animals Drawings, measurements of 4 chambers 3.2 Sampling techniques Measurement of distribution & abundance of plants 4.2 Biodiversity, Evolution and disease - Biodiversity Data table (at least 8 quadrats), labelled diagrams Kite diagram or suitable graph 4.1 Rate of enzyme controlled reactions Effect of substrate concentration on the rate of hydrogen peroxide breakdown by catalase 2.4.5 Foundations in Biology - Enzymes Data graph calcs 5.1 Colorimeter or potometer Membranes (beetroot) 2.1.5 c Foundations in Biology - membranes Results, graph 6.1 or Identifying amino acids in a protein 2.2.11 Foundations in Biology – biological molecules 2.1.2s 5.1.3 chromatogram RF value calcs 7.1 techniques Effects of antibiotics on bacteria growth 6.2.1 Cloning and biotechnology - organism cultures Drawing agar plate (inc clear zones) Measurements of clear zones Antibiotic discs results 8.1 Transport in and out of cells Osmosis in potato cells 2.1.5 c-d, 2.1.5e Foundations in Biology - membranes Serial dilution evidence, calcs, table graph Qualitative testing Qualitative testing of proteins, lipids and glucose 2.2.5 Foundations in Biology – Biological molecules Results, photos, method 10.1 Investigation using a data logger or computer modelling Investigating DNA structure using RasMol 6.2.1 Genetics, evolution and ecosystems – Manipulating genomes Detailed image of DNA structure using RasMol Key features identified 11.1 Investigation into the measurement of animal responses Effect of exercise on rate 5.1.5 k Communication, homeostasis and energy – Plant and animal responses Set of data for 15 or more students Data collected and use of test 12.3 Research skills Oxygen rate and pond weed 5.2.1 Photosynthesis Research– raw data write up of experiment sources cited etc
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