3.1 Biological molecules (date last rev) 3.5 Energy transfers in and between organisms
3.1.1 Monomers & polymers 3.5.1 Photosynthesis (date last rev)
3.1.2 Carbohydrates (starch / cellulose / glycogen) Light dependent reaction GO CAW (glucose / oxygen = co2 + ATP + water
Biochemical tests Targets Light INdependent reaction
Drawing alpha & beta glucose Limiting factors
3.1.3 Lipids (triglycerides + phospholipids) ao3 evaluating agricultural practices
AT: Lipid (emulsion) test at RP7 + 8 Practicals & theory
ssbat: diagram recognition ao2 RQP 7 Leaf chromotography (date last rev)
Chromatography separting monosaccharides at RQP 8 Dehydrogenase activity + chloroplasts (date last rev)
3.1.4 Protein structure 3.5.2 Respiration (date last rev)
Bonds + biuret test at Sodium hydroxide or soda lime = absorbs co2 Glycolysis 2 ATP
ssbat: relate to other spec points (protein properties)
ao2 Sodium hydrocarbonate = source of co2 The link reaction (aerobic)
4.2 Enzymes Krebs cycle (aerobic) 2 ATP
ssbat: Enzyme models (lock + key / induced fit) ao2 Paper 1 maths (Date last revised) Oxidative phosphorolation - chemiosmosis (aerobic) 32 ATP Total = 38 ATP
Factors affecting enzymes (ph / conc / temp) Paper 2 maths (Date last revised) Anerobic respiration
Enzyme inhibition ( non comp / comp) Respiratory substrates
ms - uncertainty calculation ms Maths (date last rev) Logarithmic graphs (bacteria) RQP 9 Respiration rate (yeast) (date last rev)
ms - rate of reaction ms Unit conversions Index of diversity 3.5.3 Energy & ecosystems (date last rev)
ms - ion conc (pH = -log10 (h+)) ms Power / exponential Significance Food chains & energy transfer
Effect of a named variable on the rate of an enzyme controlled RP.1
reaction date last revisedLogarithmic functions SD & means GPP gross = everything
3.1.5 Nucleic acids (date last rev) Ion conc (H+) GPP / NPP NPP + net production of consumers (N = I - (F-R) ) / why kJ ha-1 year-1 net = holes = so after losses
DNA vs RNA structure + bonding Magnification Energy transfer % ms - efficiency of transfer, net productivity, % yield
DNA molecule structure + bonds, etc Mitotic index Hardy w Primary & secondary productivity
ssbat: genetic code doubts ao2 Dilution series' Chi 2 Farming practices - simplification of food webs HPFF ( herbicides / pesticides / fungicides / fertilisers)
ms - base frequency calcs ms SA : V ratio Sutudents t-test Farming practices - Respiratory losses RSAS (restrict movement, keep warm / slaughter animals whilst y
DNA replication process (6) PVR & graph interpretations Correlation co-e 3.5.4 Nutrient cycles (date last rev)
1.6 ATP (hydrolysis / features) CO / heart calcs % error Nitrogen cycle (ammonification, nitrification, nitrogen fixation, denitrification)
1.7 Water (properties) Tangest - rate of change The phosphorus cycle + carbon cycle
1.8 Inorganic ions (role) Apparatus & techniques Natural and artificial fertilisers
ssbat: role of H+ ions / Na+ / Fe2 / po4-) ao2 Quantitative tools Environmental issues with fertilisers
3.2 Cells Colorimeter / potometer Leaching & eutrophication
3.2.1 Cell structure (date last rev) Serial dilutions 3.6 Organisms respond to changes in their internal and external environment (date last rev)
Structure & function of eukaryotic cells Light microscope 3.6.1 Stimuli (internal & external) are detected & lead to a response (date last rev)
1.2 Structure of prokaryotic cells Reagants Flowering plants / growth factors / definitions
Structure of viruses Scientific drawings Effect of different conc's of IAA / role in gravi- / photo- t
1.3 Studying cells -Principles + (-) of the TEM / SEM / optical m ATg - electrophloresis / paper chromatography to separate biological compounds Taxes & kineses
ms - magnification / use of a m / eyepiece grat Safe / ethical use of organisms RQP 10 Effect of a stimulus on the movement of an animal (date last rev)
Cell fractionation + ultracentrifugation Aseptic techniques Effects of IAA on root growth
ssbat: confusion for a while abt artefacts Dissection AT h: experiments with IAA + seedling growth
AT - starch gains + iodine in plant cells at 3.6.1.2 Receptors (terms / label motor neurone) SLW vs RSL (slow/ long-l / widespread = h OR rapid / short-lived
3.2.2 All cells arise from other cells (date last rev) Fieldwork sampling techniques Simple reflexes + their protective effect RAAE (role in homeostasis / automatic adjustments / avoids dama
Cell cycle (eukaryotes) INC (interphase/nuclear div/ cell div) Data logger / computer modelling The p-c (structure / all-or-nothing principle / terms)
Mitosis - I PMAT / role of spindle fibres/ cytokenesis Pacinian corpuscle (na+ ion channels)
ssbat: recognise cell c graph / explain a cell in mitosis
ao2 Human retina - light sensitivity
Mitosis vs uncontrolled (tumour + cancers) Human retina - colour sensitivity RGB - red, green & blue pigments
Treatments controlling the rate of cell div (prevents spindle fibre formation or DNA replication in interphase) Myogenic stimulation - 6 marker (control of the h-r)
Binary fission in prokaryotes Chemoreceptors / baroreceptors / the ANS
Viral replication ms 2.2 - CO = R x V
RP.from
Mitosis & garlic root tip (Preparation of stained squashes of cells 2 plant root tips; set up(date
and uselast
of anrev)
optical microscope, stained squashes and mitotic index) 6.2.Nervous coordination (date last rev)
ms: mitotic index / magnification calc ms 6.2.1 Structure of a myelinated motor neurone
3.2.3 Transport across cell membranes 13/06 Resting potential
Basic structures in the membrane 6 Differential membrane permeability / Na+ + K+ ions / electrochemical gradients) 705540
The fluid mosaic model Changes - depolarisation + generating an action potential
3.1.1 Monomers & polymers 3.5.1 Photosynthesis (date last rev)
3.1.2 Carbohydrates (starch / cellulose / glycogen) Light dependent reaction GO CAW (glucose / oxygen = co2 + ATP + water
Biochemical tests Targets Light INdependent reaction
Drawing alpha & beta glucose Limiting factors
3.1.3 Lipids (triglycerides + phospholipids) ao3 evaluating agricultural practices
AT: Lipid (emulsion) test at RP7 + 8 Practicals & theory
ssbat: diagram recognition ao2 RQP 7 Leaf chromotography (date last rev)
Chromatography separting monosaccharides at RQP 8 Dehydrogenase activity + chloroplasts (date last rev)
3.1.4 Protein structure 3.5.2 Respiration (date last rev)
Bonds + biuret test at Sodium hydroxide or soda lime = absorbs co2 Glycolysis 2 ATP
ssbat: relate to other spec points (protein properties)
ao2 Sodium hydrocarbonate = source of co2 The link reaction (aerobic)
4.2 Enzymes Krebs cycle (aerobic) 2 ATP
ssbat: Enzyme models (lock + key / induced fit) ao2 Paper 1 maths (Date last revised) Oxidative phosphorolation - chemiosmosis (aerobic) 32 ATP Total = 38 ATP
Factors affecting enzymes (ph / conc / temp) Paper 2 maths (Date last revised) Anerobic respiration
Enzyme inhibition ( non comp / comp) Respiratory substrates
ms - uncertainty calculation ms Maths (date last rev) Logarithmic graphs (bacteria) RQP 9 Respiration rate (yeast) (date last rev)
ms - rate of reaction ms Unit conversions Index of diversity 3.5.3 Energy & ecosystems (date last rev)
ms - ion conc (pH = -log10 (h+)) ms Power / exponential Significance Food chains & energy transfer
Effect of a named variable on the rate of an enzyme controlled RP.1
reaction date last revisedLogarithmic functions SD & means GPP gross = everything
3.1.5 Nucleic acids (date last rev) Ion conc (H+) GPP / NPP NPP + net production of consumers (N = I - (F-R) ) / why kJ ha-1 year-1 net = holes = so after losses
DNA vs RNA structure + bonding Magnification Energy transfer % ms - efficiency of transfer, net productivity, % yield
DNA molecule structure + bonds, etc Mitotic index Hardy w Primary & secondary productivity
ssbat: genetic code doubts ao2 Dilution series' Chi 2 Farming practices - simplification of food webs HPFF ( herbicides / pesticides / fungicides / fertilisers)
ms - base frequency calcs ms SA : V ratio Sutudents t-test Farming practices - Respiratory losses RSAS (restrict movement, keep warm / slaughter animals whilst y
DNA replication process (6) PVR & graph interpretations Correlation co-e 3.5.4 Nutrient cycles (date last rev)
1.6 ATP (hydrolysis / features) CO / heart calcs % error Nitrogen cycle (ammonification, nitrification, nitrogen fixation, denitrification)
1.7 Water (properties) Tangest - rate of change The phosphorus cycle + carbon cycle
1.8 Inorganic ions (role) Apparatus & techniques Natural and artificial fertilisers
ssbat: role of H+ ions / Na+ / Fe2 / po4-) ao2 Quantitative tools Environmental issues with fertilisers
3.2 Cells Colorimeter / potometer Leaching & eutrophication
3.2.1 Cell structure (date last rev) Serial dilutions 3.6 Organisms respond to changes in their internal and external environment (date last rev)
Structure & function of eukaryotic cells Light microscope 3.6.1 Stimuli (internal & external) are detected & lead to a response (date last rev)
1.2 Structure of prokaryotic cells Reagants Flowering plants / growth factors / definitions
Structure of viruses Scientific drawings Effect of different conc's of IAA / role in gravi- / photo- t
1.3 Studying cells -Principles + (-) of the TEM / SEM / optical m ATg - electrophloresis / paper chromatography to separate biological compounds Taxes & kineses
ms - magnification / use of a m / eyepiece grat Safe / ethical use of organisms RQP 10 Effect of a stimulus on the movement of an animal (date last rev)
Cell fractionation + ultracentrifugation Aseptic techniques Effects of IAA on root growth
ssbat: confusion for a while abt artefacts Dissection AT h: experiments with IAA + seedling growth
AT - starch gains + iodine in plant cells at 3.6.1.2 Receptors (terms / label motor neurone) SLW vs RSL (slow/ long-l / widespread = h OR rapid / short-lived
3.2.2 All cells arise from other cells (date last rev) Fieldwork sampling techniques Simple reflexes + their protective effect RAAE (role in homeostasis / automatic adjustments / avoids dama
Cell cycle (eukaryotes) INC (interphase/nuclear div/ cell div) Data logger / computer modelling The p-c (structure / all-or-nothing principle / terms)
Mitosis - I PMAT / role of spindle fibres/ cytokenesis Pacinian corpuscle (na+ ion channels)
ssbat: recognise cell c graph / explain a cell in mitosis
ao2 Human retina - light sensitivity
Mitosis vs uncontrolled (tumour + cancers) Human retina - colour sensitivity RGB - red, green & blue pigments
Treatments controlling the rate of cell div (prevents spindle fibre formation or DNA replication in interphase) Myogenic stimulation - 6 marker (control of the h-r)
Binary fission in prokaryotes Chemoreceptors / baroreceptors / the ANS
Viral replication ms 2.2 - CO = R x V
RP.from
Mitosis & garlic root tip (Preparation of stained squashes of cells 2 plant root tips; set up(date
and uselast
of anrev)
optical microscope, stained squashes and mitotic index) 6.2.Nervous coordination (date last rev)
ms: mitotic index / magnification calc ms 6.2.1 Structure of a myelinated motor neurone
3.2.3 Transport across cell membranes 13/06 Resting potential
Basic structures in the membrane 6 Differential membrane permeability / Na+ + K+ ions / electrochemical gradients) 705540
The fluid mosaic model Changes - depolarisation + generating an action potential
