3.12
Toxicity to birds
2.5.a
BAF fish
3.5
Long-term toxicity to fish (egg/sac fry, growth inhibition of juvenile fish, early life stage, full life cycle)
3.8
Toxicity to earthworms (survival, growth, reproduction)
2.2
Persistence: Abiotic degradation in air (Phototransformation)
3.3
Acute toxicity to fish (lethality)
2.3.a
Ready/not ready biodegradability
3.12.b
Long-term toxicity (survival, growth, reproduction)
1
Physicochemical effects
5
Toxicokinetics
4.1
Acute inhalation toicity
4.18.c
Other (e.g. inhibition of specific enzymes involved in hormone synthesis or regulation, specify enzyme(s) and hormone)
5.4
Blood-brain barrier penetration
5.9
Protein-binding
2.11
Vegetation-soil partition coefficient
2.3.b
Biodegradation time frame (primary, ultimate degradation)
2.5.b
BAF other organisms
2.2.a
Direct photolysis
3.1
Short-term toxicity to Daphnia (immobilisation)
3.2
Short-term toxicity to algae (inhibition of the exponential growth rate)
3.10
Toxicity to soil invertebrates (survival, growth, reproduction)
2.7
Adsorption/Desorption in soil
3
Ecotoxic effects
4.9
Eye irritation/corrosion
2.6
Organic carbon-sorption partition coefficient (organic carbon; Koc)
2.2.b
Indirect photolysis (OH-radical reaction, ozone-radical reaction, other)
4.10
Mutagenicity
5.5
Placental barrier penetration
1.10
Dissociation constant (pKa)
2.3
Persistence: Biodegradation
2.8
Adsorption/Desorption in sediment
4.16
In vivo pre-natal-developmental toxicity
5.6
Blood-testis barrier penetration
5.1
Skin penetration
1.5
Surface tension
4.2
Acute oral toxicity
4.18
Endocrine Activity
4.5
Acute photoirritation
2.1
Persistence: Abiotic degradation in water
4.15
In vitro reproductive toxicity (e.g. embryotoxic effects in cell culture such as embryo stem cells)
4.4
Skin irritation /corrosion
3.9
Toxicity to plants (leaves, seed germination, root elongation)
4.6
Skin sensitisation
4.17
In vivo pre-, peri-, post natal development and / or fertility (1 or 2 gen. Study or enhanced 1 gen study)
5.3
Gastrointestinal absorption
1.3
Water solubility
1.6
Octanol-water partition coefficient (Kow)
1.9
Air- water partition coefficient (Henry`s law constant, H)
2.1.a
Hydrolysis
2.5.b
BCF other organisms
4.18.a
Receptor-binding (specify receptor)
2.9
Vegetation-water partition coefficient
2.5
Bioaccumulation
4.11
Photomutagenicity
2.4.a
BCF fish
4.7
Respiratory sensitisation
2.1.b
Oxidation
5.7
Blood-lung barrier penetration
2.10
Vegetation-air partition coefficient
1.4
Vapour pressure
2.1.c
Others
2
Environmental fate parameters
5.2
Ocular membrane penetration
3.4
Long-term toxicity to Daphnia (lethality, inhibition of reproduction)
Endpoints
1.8
Octanol-air partition coefficient (Koa)
3.11
Toxicity to sediment organisms (survival, growth, reproduction)
4.18.b
Receptor binding and gene expression (specify receptor)
3.6
Microbial inhibition (activated sludge respiration inhibition, inhibition of nitrification, other)
4.3
Acute dermal toxicity
2.4
Bioconcentration
1.7
Octanol-water distribution coefficient (D)
5.8
Metabolism (including metabolic clearance)
1.1
Melting point
4.13
Photocarcinogenicity
4.14
Repeated dose toxicity
4
Human health effects
4.8
Photosensitisation
3.7
Toxicity to soil microorganisms (inhibition of C-mineralisation, inhibition of N-mineralisation, other)
3.12.a
Short term toxicity (feeding, gavage, other)
1.2
Boiling point
4.12
Carcinogenicity
5.10
DNA-binding
Skin sensitisation
Other (e.g. inhibition of specific enzymes involved in hormone synthesis or regulation, specify enzyme(s) and hormone)
BCF other organisms
Protein-binding
Bioaccumulation
In vitro reproductive toxicity (e.g. embryotoxic effects in cell culture such as embryo stem cells)
Persistence: Biodegradation
Toxicity to birds
Vapour pressure
Ready/not ready biodegradability
Blood-brain barrier penetration
Receptor binding and gene expression (specify receptor)
Skin penetration
Ocular membrane penetration
Endocrine Activity
DNA-binding
Gastrointestinal absorption
Acute dermal toxicity
Blood-lung barrier penetration
Dissociation constant (pKa)
Long-term toxicity to Daphnia (lethality, inhibition of reproduction)
Vegetation-soil partition coefficient
Skin irritation /corrosion
Adsorption/Desorption in soil
Acute oral toxicity
Toxicity to sediment organisms (survival, growth, reproduction)
Photosensitisation
Water solubility
Bioconcentration
Acute photoirritation
Short-term toxicity to Daphnia (immobilisation)
Short term toxicity (feeding, gavage, other)
Respiratory sensitisation
Air- water partition coefficient (Henry`s law constant, H)
Blood-testis barrier penetration
Persistence: Abiotic degradation in air (Phototransformation)
Toxicokinetics
Eye irritation/corrosion
Acute toxicity to fish (lethality)
Receptor-binding (specify receptor)
Placental barrier penetration
Direct photolysis
In vivo pre-natal-developmental toxicity
Physicochemical effects
Mutagenicity
Adsorption/Desorption in sediment
Short-term toxicity to algae (inhibition of the exponential growth rate)
Surface tension
Long-term toxicity (survival, growth, reproduction)
Toxicity to plants (leaves, seed germination, root elongation)
Organic carbon-sorption partition coefficient (organic carbon; Koc)
Oxidation
Vegetation-water partition coefficient
Human health effects
Melting point
Others
BCF fish
Hydrolysis
Vegetation-air partition coefficient
Octanol-water distribution coefficient (D)
In vivo pre-, peri-, post natal development and / or fertility (1 or 2 gen. Study or enhanced 1 gen study)
Carcinogenicity
Persistence: Abiotic degradation in water
Acute inhalation toicity
BAF other organisms
Repeated dose toxicity
Octanol-air partition coefficient (Koa)
Toxicity to soil microorganisms (inhibition of C-mineralisation, inhibition of N-mineralisation, other)
Indirect photolysis (OH-radical reaction, ozone-radical reaction, other)
BAF fish
Octanol-water partition coefficient (Kow)
Photocarcinogenicity
Toxicity to soil invertebrates (survival, growth, reproduction)
Ecotoxic effects
Boiling point
Environmental fate parameters
Long-term toxicity to fish (egg/sac fry, growth inhibition of juvenile fish, early life stage, full life cycle)
Toxicity to earthworms (survival, growth, reproduction)
Metabolism (including metabolic clearance)
Microbial inhibition (activated sludge respiration inhibition, inhibition of nitrification, other)
Photomutagenicity
Biodegradation time frame (primary, ultimate degradation)