SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

NM-105 (Titanium Dioxide)
type: CHEBI_59999
label: JRCNM01005a

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 438.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

LOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 5000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 648.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 29700.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 2880.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 2000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 0.42

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC13
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 4520.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 15500.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 2530.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 10700.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 90000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 168.0

LC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 500000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 33600.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 1200.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 16.0

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 10000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

LOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

LC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 294000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

LOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 23.95

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

LC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 631000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 3820.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 64000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 10000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 500000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 200.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

LOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 200.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 168.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 16000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 10.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 672.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 1070.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 64000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 1000000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 24.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 850.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 1000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 64000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

…
type: Dataset
publisher: caLIBRAte

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 60160.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 1000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 336.0

LOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 5000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 648.0

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 1550.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 1200.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 12600.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 288.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 267.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 127.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 10000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 3000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

LC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 28830.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 96.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

LOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 5000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 24.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 533.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 72.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 50000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

LOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 5000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 648.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 10000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

EC10
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 3070.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 22.5

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 51.1

F4F45C73
publisher: DTU
title: Clemente, Z. Castro, V. L. Jonsson, C. M. Fraceto, L. F. (2014). Minimal levels of ultraviolet light enhance the toxicity of TiO2 nanoparticles to two representative organisms of aquatic systems. Journal of Nanoparticle Research

???
type: OBI_0000272

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

NM-300K
type: CHEBI_59999
type: NPO 1892
label: Ag NM-300K 10 w/w%, <20 nm, 4% w/w% each of Polyoxyethylene Glycerol Trioleate and Polyoxyethylene (20) Sorbitan mono-Laurat (Tween 20).

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 30.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 13.9

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 4.49

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 50.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 2.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

SSA
type: BAO_0000179
has-unit: m2/g
has-value: 38.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

LOEC
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has-condition: E.exposure_time
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E.exposure_time
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PRIMARY SIZE
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EC50
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E.exposure_time
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EC50
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E.exposure_time
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EC10
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E.exposure_time
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PRIMARY SIZE
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EC50
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E.exposure_time
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EC50
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
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EC50
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E.exposure_time
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EC50
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
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PRIMARY SIZE
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EC10
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E.exposure_time
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NOEC
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
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PRIMARY SIZE
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EC50
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E.exposure_time
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NOEC
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E.exposure_time
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PRIMARY SIZE
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NOEC
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
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PRIMARY SIZE
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NOEC
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
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NOEC
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
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EC50
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E.exposure_time
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EC50
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E.exposure_time
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EC50
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
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EC50
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E.exposure_time
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SSA
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EC50
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E.exposure_time
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PRIMARY SIZE
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PRIMARY SIZE
type: BAO_0000179
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NOEC
type: BAO_0000179
has-condition: E.exposure_time
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E.exposure_time
standardised unit: Hour
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PRIMARY SIZE
type: BAO_0000179
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NOEC
type: BAO_0000179
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E.exposure_time
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EC50
type: BAO_0000179
has-condition: E.exposure_time
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E.exposure_time
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PRIMARY SIZE
type: BAO_0000179
has-unit: nm
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EC10
type: BAO_0000179
has-condition: E.exposure_time
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E.exposure_time
standardised unit: Hour
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PRIMARY SIZE
type: BAO_0000179
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PRIMARY SIZE
type: BAO_0000179
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STATO_0000035: 20.0-30.0

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 625.0

E.exposure_time
standardised unit: Hour
has-unit: h
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NOEC
type: BAO_0000179
has-condition: E.exposure_time
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has-value: 10000.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 24.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
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E.exposure_time
standardised unit: Hour
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PRIMARY SIZE
type: BAO_0000179
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SSA
type: BAO_0000179
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HNOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
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E.exposure_time
standardised unit: Hour
has-unit: h
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NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 800.0

E.exposure_time
standardised unit: Hour
has-unit: h
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EC50
type: BAO_0000179
has-condition: E.exposure_time
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has-value: 895.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 4.5

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 162.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 336.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 8.6

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 100.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

EC50
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 121.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 0.2

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 504.0

NOEC
type: BAO_0000179
has-condition: E.exposure_time
has-unit: ug/L
has-value: 750.0

E.exposure_time
standardised unit: Hour
has-unit: h
has-value: 48.0

PRIMARY SIZE
type: BAO_0000179
has-unit: nm
has-value: 15.0

Völker et al. (2013). Comparative Toxicity Assessment of Nanosilver on Three Daphnia Species in Acute, Chronic and Multi-Generation Experiments.
publisher: DTU

???
type: OBI_0000272

1A25CD7A
publisher: DTU
title: Picado, A. Paixao, S. M. Moita, L. Silva, L. Diniz, M. Lourenco, J. Peres, I. Castro, L. Correia, J. B. Pereira, J. Ferreira, I. Matos, A. P. A. Barquinha, P. Mendonca, E. (2015). A multi-integrated approach on toxicity effects of engineered TiO2 nanoparticles. Frontiers of Environmental Science & Engineering

???
type: OBI_0000272

46FD39A7
publisher: DTU
title: Roy, R.Parashar, A. Bhuvaneshwari, M., Chandrasekaran, N. Mukherjee, A. (2016). Differential effects of P25 TiO2 nanoparticles on freshwater green microalgae: Chlorella and Scenedesmus species. Aquatic Toxicology

???
type: OBI_0000272

Mortality
type: ENM_0000010
source: 10.1897/08-002.1
BAO_0002846: OECD 203
type: BAO_0000015

10.1897/08-002.1
publisher: DTU

OECD 203
type: OBI_0000272

Luderwald (2019) A blessing in disguise? Natural organic matter reduces the UV light-induced toxicity of nanoparticulate titanium dioxide. Science of the Total Environment
publisher: DTU

???
type: OBI_0000272

OECD Sponsorship programme
publisher: DTU

???
type: OBI_0000272

7CC0A2DA
publisher: DTU
title: Wright et al. (2018) Titanium dioxide nanoparticle exposure reduces algal biomass and alters algal assemblage composition in wastewater effluent-dominated stream mesocosms. Science of the total Environment

???
type: OBI_0000272

Griffitt et al. (2008). Effects of particle composition and species on toxicity of metallic nanomaterials in aquatic organisms. Environmental Toxicology and Chemistry
publisher: DTU

???
type: OBI_0000272

teratogenicity
type: BAO_0000015
source: OECD Sponsorship programme
BAO_0002846: E12842AF

Mortality
type: ENM_0000010
source: OECD Sponsorship programme
BAO_0002846: D6DEA274
type: BAO_0000015

Mortality
type: ENM_0000006
source: 10.1016/j.scitotenv.2019.01.282
BAO_0002846: OECD 202
type: BAO_0000015

10.1016/j.scitotenv.2019.01.282
publisher: DTU

OECD 202
type: OBI_0000272

Mortality
type: ENM_0000010
source: 10.1002/etc.1858
BAO_0002846: OECD 203
type: BAO_0000015

10.1002/etc.1858
publisher: DTU

OECD 203
type: OBI_0000272

Growth
type: ENM_0000010
source: 10.1016/j.ecoenv.2014.12.012
BAO_0002846: OECD 203
type: BAO_0000015

10.1016/j.ecoenv.2014.12.012
publisher: DTU

OECD 203
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.tox.2009.08.008
BAO_0002846: OECD 201
type: BAO_0000015

10.1016/j.tox.2009.08.008
publisher: DTU

OECD 201
type: OBI_0000272

teratogenicity
type: BAO_0000015
source: Wang et al. (2012). Aquatic toxicity of nanosilver colloids to different trophic organisms: Contributions of particles and free silver ion.
BAO_0002846: 821140C3

Wang et al. (2012). Aquatic toxicity of nanosilver colloids to different trophic organisms: Contributions of particles and free silver ion.
publisher: DTU

Bundschuh, Zubrod et al. (2011). Effects of nano-TiO2 in combination with ambient UV-irradiation on a leaf shredding amphipod. Chemosphere
publisher: DTU

???
type: OBI_0000272

Ma, Brennan et al. (2012). Phototoxicity of TiO2 nanoparticles under solar radiation to two aquatic species: Daphnia magna and Japanese medaka. Environmental Toxicology and Chemistry
publisher: DTU

???
type: OBI_0000272

Mortality
type: ENM_0000010
source: Shaw et al. (2016). A critical evaluation of the fish early-life stage toxicity test for engineered nanomaterials: experimental modifications and recommendations
BAO_0002846: 58B0B643
type: BAO_0000015

Shaw et al. (2016). A critical evaluation of the fish early-life stage toxicity test for engineered nanomaterials: experimental modifications and recommendations
publisher: DTU

Immobilization
type: ENM_0000006
source: A5F702CD
BAO_0002846: 3706435F
type: BAO_0000015

A5F702CD
publisher: DTU
title: Cupi et al. (2016). The influence of pH and media composition on suspension stability of silver, zinc oxide, and titanium dioxide nanoparticles and immobilization of Daphnia magna under guideline testing conditions.

Reproduction
type: BAO_0000015
source: 10.1016/j.chemosphere.2009.11.013
BAO_0002846: Standard test

10.1016/j.chemosphere.2009.11.013
publisher: DTU

Standard test
type: OBI_0000272

470CC4D6
publisher: DTU
title: Seitz, F. Rosenfeldt, R. R. Muller, M. Luderwald, S. Schulz, R. Bundschuh, M. (2016). Quantity and quality of natural organic matter influence the ecotoxicity of titanium dioxide nanoparticles. Nanotoxicology

???
type: OBI_0000272

Immobilization
type: ENM_0000006
source: Baumann et al 2013
BAO_0002846: 10076A37
type: BAO_0000015

Baumann et al 2013
publisher: DTU

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.chemosphere.2012.12.033
BAO_0002846: OECD 201
type: BAO_0000015

10.1016/j.chemosphere.2012.12.033
publisher: DTU

OECD 201
type: OBI_0000272

Amiano, Olabarrieta et al. (2012). Acute toxicity of nanosized TiO2 to Daphnia magna under UVA irradiation. Environmental Toxicology and Chemistry
publisher: DTU

???
type: OBI_0000272

Zhu, Chang et al. (2010). Toxicity and bioaccumulation of TiO2 nanoparticle aggregates in Daphnia magna. Chemosphere
publisher: DTU

???
type: OBI_0000272

???
type: OBI_0000272

Marcone, Oliveira et al. (2012). Ecotoxicity of TiO2 to Daphnia similis under irradiation. Journal of Hazardous Materials
publisher: DTU

???
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1002/etc.1981
BAO_0002846: OECD 202
type: BAO_0000015

10.1002/etc.1981
publisher: DTU

OECD 202
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1080/17435390.2016.1222458
BAO_0002846: OECD 202
type: BAO_0000015

10.1080/17435390.2016.1222458
publisher: DTU

OECD 202
type: OBI_0000272

Reproduction
type: BAO_0000015
source: Sakka et al. (2016). Behavior and chronic toxicity of two differently stabilized silver nanoparticles to Daphnia magna.
BAO_0002846: D835F077

Sakka et al. (2016). Behavior and chronic toxicity of two differently stabilized silver nanoparticles to Daphnia magna.
publisher: DTU

Sørensen et al. (2015). Controlling silver nanoparticle exposure in algal toxicity testing - A matter of timing.
publisher: DTU

???
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.aquatox.2016.04.021
BAO_0002846: OECD 201
type: BAO_0000015

10.1016/j.aquatox.2016.04.021
publisher: DTU

OECD 201
type: OBI_0000272

Li, Wallis et al. (2014). Phototoxicity of TiO2 nanoparticles to a freshwater benthic amphipod: Are benthic systems at risk? Science of the Total Environment.
publisher: DTU

???
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.aquatox.2016.04.021
BAO_0002846: OECD 201
type: BAO_0000015

OECD 201
type: OBI_0000272

???
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1897/08-002.1
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.aquatox.2016.04.021
BAO_0002846: OECD 201
type: BAO_0000015

OECD 201
type: OBI_0000272

Immobilization
type: ENM_0000006
source: Cupi et al. (2015). The Influence of Natural Organic Matter and Aging on Suspension Stability in Guideline Toxicity Testing of Silver, Zinc Oxide, and Titanium Dioxide Nanoparticles with Daphnia Magna
BAO_0002846: 44F139F2
type: BAO_0000015

Cupi et al. (2015). The Influence of Natural Organic Matter and Aging on Suspension Stability in Guideline Toxicity Testing of Silver, Zinc Oxide, and Titanium Dioxide Nanoparticles with Daphnia Magna
publisher: DTU

Mortality
type: ENM_0000006
source: 10.1016/j.chemosphere.2014.03.058
BAO_0002846: OECD 202
type: BAO_0000015

10.1016/j.chemosphere.2014.03.058
publisher: DTU

OECD 202
type: OBI_0000272

Jacobasch, Volker et al. (2014). Long-term effects of nanoscaled titanium dioxide on the cladoceran Daphnia magna over six generations. Environmental Pollution
publisher: DTU

???
type: OBI_0000272

Growth
type: ENM_0000006
source: 10.1016/j.chemosphere.2009.11.013
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.chemosphere.2008.07.040
BAO_0002846: OECD 201
type: BAO_0000015

10.1016/j.chemosphere.2008.07.040
publisher: DTU

OECD 201
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: Sørensen et al. (2015). Controlling silver nanoparticle exposure in algal toxicity testing - A matter of timing.
BAO_0002846: C2CCCE23
type: BAO_0000015

F47AA8F4
publisher: DTU
title: Li, S. B. Pan, X. Wallis, L. K. Fan, Z. Y. Chen, Z. L. Diamond, S. A. (2014). Comparison of TiO2 nanoparticle and graphene-TiO2 nanoparticle composite phototoxicity to Daphnia magna and Oryzias latipes. Chemosphere.

???
type: OBI_0000272

Federici, Shaw et al. (2007). Toxicity of titanium dioxide nanoparticles to rainbow trout (Oncorhynchus mykiss): Gill injury, oxidative stress, and other physiological effects. Aquatic Toxicology
publisher: DTU

???
type: OBI_0000272

Biomass
type: ENM_0000017
source: OECD Sponsorship programme
BAO_0002846: FA956D06
type: BAO_0000015

Mortality
type: ENM_0000006
source: 10.1007/s11051-014-2559-z
BAO_0002846: E03ACF83
type: BAO_0000015

10.1007/s11051-014-2559-z
publisher: DTU

E03ACF83
type: OBI_0000272
title: Clemente, Z. Castro, V. L. Jonsson, C. M. Fraceto, L. F. (2014). Minimal levels of ultraviolet light enhance the toxicity of TiO2 nanoparticles to two representative organisms of aquatic systems. Journal of Nanoparticle Research

Mortality
type: ENM_0000010
source: 10.1021/es3047334
BAO_0002846: OECD 203
type: BAO_0000015

10.1021/es3047334
publisher: DTU

OECD 203
type: OBI_0000272

Engelke et al. (2014). A miniaturized solid contact test with Arthrobacter globiformis for the assessment of the environmental impact of silver nanoparticles.
publisher: DTU

???
type: OBI_0000272

Mortality
type: ENM_0000010
source: OECD Sponsorship programme
BAO_0002846: D6DEA274
type: BAO_0000015

Population growth inhibition
type: ENM_0000015
source: Mallevre et al. (2014). Silver, zinc oxide and titanium dioxide nanoparticle ecotoxicity to bioluminescent Pseudomonas putida in laboratory medium and artificial wastewater.
BAO_0002846: 9D8631AB
type: BAO_0000015

Mallevre et al. (2014). Silver, zinc oxide and titanium dioxide nanoparticle ecotoxicity to bioluminescent Pseudomonas putida in laboratory medium and artificial wastewater.
publisher: DTU

Growth
type: ENM_0000006
source: 10.1016/j.envpol.2013.12.008
BAO_0002846: OECD 202
type: BAO_0000015

10.1016/j.envpol.2013.12.008
publisher: DTU

OECD 202
type: OBI_0000272

Feeding rate
type: ENM_0000006
source: 10.1016/j.chemosphere.2011.07.060
BAO_0002846: Bundschuh, Zubrod et al. (2011). Effects of nano-TiO2 in combination with ambient UV-irradiation on a leaf shredding amphipod. Chemosphere
type: BAO_0000015

10.1016/j.chemosphere.2011.07.060
publisher: DTU

Bundschuh, Zubrod et al. (2011). Effects of nano-TiO2 in combination with ambient UV-irradiation on a leaf shredding amphipod. Chemosphere
type: OBI_0000272

Reproduction
type: BAO_0000015
source: Völker et al. (2014). Combined effects of silver nanoparticles and 17α-ethinylestradiol on the freshwater mudsnail Potamopyrgus antipodarum.
BAO_0002846: 932CE960

Völker et al. (2014). Combined effects of silver nanoparticles and 17α-ethinylestradiol on the freshwater mudsnail Potamopyrgus antipodarum.
publisher: DTU

Wang, Zhang et al. (2008). Toxicity assessment of manufactured nanomaterials using the unicellular green alga Chlamydomonas reinhardtii. Chemosphere
publisher: DTU

???
type: OBI_0000272

Development rate
type: BAO_0000015
source: OECD Sponsorship programme
BAO_0002846: C2656A01

Mallevre et al. (2016). Pseudomonas putida biofilm dynamics following a single pulse of silver nanoparticles.
publisher: DTU

???
type: OBI_0000272

Immobilization
type: ENM_0000006
source: Wang et al. (2012). Aquatic toxicity of nanosilver colloids to different trophic organisms: Contributions of particles and free silver ion.
BAO_0002846: 0FBF55F4
type: BAO_0000015

Hartmann, Von der Kammer et al. (2010). Algal testing of titanium dioxide nanoparticles-Testing considerations, inhibitory effects and modification of cadmium bioavailability. Toxicology
publisher: DTU

???
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.scitotenv.2018.01.050
BAO_0002846: 39D3B7E6
type: BAO_0000015

10.1016/j.scitotenv.2018.01.050
publisher: DTU

39D3B7E6
type: OBI_0000272
title: Wright et al. (2018) Titanium dioxide nanoparticle exposure reduces algal biomass and alters algal assemblage composition in wastewater effluent-dominated stream mesocosms. Science of the total Environment

Mortality
type: ENM_0000006
source: 10.1080/17435390.2016.1222458
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Mortality
type: ENM_0000010
source: OECD Sponsorship programme
BAO_0002846: D6DEA274
type: BAO_0000015

Mortality
type: ENM_0000006
source: 10.1080/17435390.2016.1222458
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

AFE56EA8
publisher: DTU
title: Rocco, L. Santonastaso, M. Mottola, F. Costagliola, D. Suero, T. Pacifico, S. Stingo, V. (2015). Genotoxicity assessment of TiO2 nanoparticles in the teleost Danio rerio. Ecotoxicology and Environmental Safety

???
type: OBI_0000272

Immobilization
type: ENM_0000006
source: Völker et al. (2013). Comparative Toxicity Assessment of Nanosilver on Three Daphnia Species in Acute, Chronic and Multi-Generation Experiments.
BAO_0002846: 8FEE967C
type: BAO_0000015

Muth-Köhne et al. 2013
publisher: DTU

???
type: OBI_0000272

Reproduction
type: BAO_0000015
source: 10.3109/17435390.2014.948941
BAO_0002846: Rocheleau, S. Arbour, M. Elias, M. Sunahara, G. I. Masson, L. (2015). Toxicogenomic effects of nano- and bulk-TiO2 particles in the soil nematode Caenorhabditis elegans. Nanotoxicology

10.3109/17435390.2014.948941
publisher: DTU

Rocheleau, S. Arbour, M. Elias, M. Sunahara, G. I. Masson, L. (2015). Toxicogenomic effects of nano- and bulk-TiO2 particles in the soil nematode Caenorhabditis elegans. Nanotoxicology
type: OBI_0000272

???
type: OBI_0000272

Vijayaraj et al. (2018) Transfer and Ecotoxicity of Titanium Dioxide Nanoparticles in Terrestrial and Aquatic Ecosystems: A Microcosm Study. Environmental Science and Technology
publisher: DTU

???
type: OBI_0000272

Reproduction
type: BAO_0000015
source: Völker et al. (2013). Comparative Toxicity Assessment of Nanosilver on Three Daphnia Species in Acute, Chronic and Multi-Generation Experiments.
BAO_0002846: 24205548

Mortality
type: ENM_0000006
source: 10.1016/j.scitotenv.2019.01.282
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

30BE7544
publisher: DTU
title: Lee and An (2013) Effects of zinc oxide and titanium dioxide nanoparticles on green algae under visible, UVA, and UVB irradiations: No evidence of enhanced algal toxicity under UV pre-irradiation. Chemosphere

???
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1007/s11783-015-0775-0
BAO_0002846: OECD 201
type: BAO_0000015

10.1007/s11783-015-0775-0
publisher: DTU

OECD 201
type: OBI_0000272

Mortality
type: ENM_0000010
source: OECD Sponsorship programme
BAO_0002846: D6DEA274
type: BAO_0000015

Mortality
type: ENM_0000006
source: Völker et al. (2013). Comparative Toxicity Assessment of Nanosilver on Three Daphnia Species in Acute, Chronic and Multi-Generation Experiments.
BAO_0002846: 68A8C6EE
type: BAO_0000015

Völker et al. 2015. Toxicity of silver nanoparticles and ionic silver: Comparison of adverse effects and potential toxicity mechanisms in the freshwater clam sphaerium corneum.
publisher: DTU

???
type: OBI_0000272

photosynthesis inhibtion
type: ENM_0000005
source: Wang et al. (2012). Aquatic toxicity of nanosilver colloids to different trophic organisms: Contributions of particles and free silver ion.
BAO_0002846: 0CB70A4E
type: BAO_0000015

Mortality
type: ENM_0000006
source: 10.1002/etc.1981
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1016/j.jhazmat.2011.12.075
BAO_0002846: OECD 202
type: BAO_0000015

10.1016/j.jhazmat.2011.12.075
publisher: DTU

OECD 202
type: OBI_0000272

Growth
type: ENM_0000006
source: 10.1016/j.envpol.2013.12.008
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Growth
type: ENM_0000006
source: 10.1016/j.envpol.2013.12.008
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Growth
type: ENM_0000006
source: 10.1016/j.envpol.2013.12.008
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1007/s11356-018-1860-2
BAO_0002846: OECD 201
type: BAO_0000015

10.1007/s11356-018-1860-2
publisher: DTU

OECD 201
type: OBI_0000272

Root length
type: ENM_0000017
source: OECD Sponsorship programme
BAO_0002846: FC8AB3E6
type: BAO_0000015

Mortality
type: ENM_0000010
source: 10.1897/08-002.1
BAO_0002846: OECD 203
type: BAO_0000015

OECD 203
type: OBI_0000272

Rocheleau, S. Arbour, M. Elias, M. Sunahara, G. I. Masson, L. (2015). Toxicogenomic effects of nano- and bulk-TiO2 particles in the soil nematode Caenorhabditis elegans. Nanotoxicology
publisher: DTU

???
type: OBI_0000272

Immobilization
type: ENM_0000006
source: OECD Sponsorship programme
BAO_0002846: 0C6BE3E6
type: BAO_0000015

???
type: OBI_0000272

Mortality
type: ENM_0000010
source: 10.1007/s11783-015-0775-0
BAO_0002846: OECD 203
type: BAO_0000015

OECD 203
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1016/j.jhazmat.2011.12.075
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

photosynthesis inhibtion
type: ENM_0000005
source: Sørensen et al. (2015). Controlling silver nanoparticle exposure in algal toxicity testing - A matter of timing.
BAO_0002846: 8F51E76A
type: BAO_0000015

Viability
type: ENM_0000015
source: Mallevre et al. (2016). Pseudomonas putida biofilm dynamics following a single pulse of silver nanoparticles.
BAO_0002846: E4F35788
type: BAO_0000015

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.scitotenv.2018.01.050
BAO_0002846: F99DE4A5
type: BAO_0000015

F99DE4A5
type: OBI_0000272
title: Wright et al. (2018) Titanium dioxide nanoparticle exposure reduces algal biomass and alters algal assemblage composition in wastewater effluent-dominated stream mesocosms. Science of the total Environment

???
type: OBI_0000272

Immobilization
type: ENM_0000006
source: A5F702CD
BAO_0002846: 9BC36586
type: BAO_0000015

Mortality
type: ENM_0000006
source: 10.1007/s11783-015-0775-0
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Mortality
type: ENM_0000015
source: 10.1021/acs.est.7b05629
BAO_0002846: Wilke et al. (2018) Synergistic Bacterial Stress Results from Exposure to Nano-Ag and Nano-TiO2 Mixtures under Light in Environmental Media. Environmental Science and Technology.
type: BAO_0000015

10.1021/acs.est.7b05629
publisher: DTU

Wilke et al. (2018) Synergistic Bacterial Stress Results from Exposure to Nano-Ag and Nano-TiO2 Mixtures under Light in Environmental Media. Environmental Science and Technology.
type: OBI_0000272

Reproduction
type: BAO_0000015
source: 10.1002/etc.2674
BAO_0002846: 388038C3

10.1002/etc.2674
publisher: DTU

388038C3
type: OBI_0000272
title: Angelstorf, J. S. Ahlf, W. von der Kammer, F. Heise, S. (2014). Impact of particle size and light exposure on the effects of tio2 nanoparticles on caenorhabditis elegans. Environmental Toxicology and Chemistry

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.scitotenv.2018.01.050
BAO_0002846: 601AD103
type: BAO_0000015

601AD103
type: OBI_0000272
title: Wright et al. (2018) Titanium dioxide nanoparticle exposure reduces algal biomass and alters algal assemblage composition in wastewater effluent-dominated stream mesocosms. Science of the total Environment

Roy et al. (2018) UVΑ pre-irradiation to P25 titanium dioxide nanoparticles enhanced its toxicity towards freshwater algae Scenedesmus obliquus. Environmental Science and Pollution Research
publisher: DTU

???
type: OBI_0000272

???
type: OBI_0000272

Population growth inhibition
type: ENM_0000005
source: 10.1016/j.aquatox.2016.04.021
BAO_0002846: OECD 201
type: BAO_0000015

OECD 201
type: OBI_0000272

Growth
type: ENM_0000010
source: 10.1021/acs.est.8b02970
BAO_0002846: Vijayaraj et al. (2018) Transfer and Ecotoxicity of Titanium Dioxide Nanoparticles in Terrestrial and Aquatic Ecosystems: A Microcosm Study. Environmental Science and Technology
type: BAO_0000015

10.1021/acs.est.8b02970
publisher: DTU

Vijayaraj et al. (2018) Transfer and Ecotoxicity of Titanium Dioxide Nanoparticles in Terrestrial and Aquatic Ecosystems: A Microcosm Study. Environmental Science and Technology
type: OBI_0000272

Kühr et al. 2018
publisher: DTU

???
type: OBI_0000272

Reproduction
type: BAO_0000015
source: Völker et al. 2015. Toxicity of silver nanoparticles and ionic silver: Comparison of adverse effects and potential toxicity mechanisms in the freshwater clam sphaerium corneum.
BAO_0002846: 642FBC0B

Mortality
type: ENM_0000006
source: 10.1016/j.chemosphere.2009.11.013
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

8226CCCE
publisher: DTU
title: Angelstorf, J. S. Ahlf, W. von der Kammer, F. Heise, S. (2014). Impact of particle size and light exposure on the effects of tio2 nanoparticles on caenorhabditis elegans. Environmental Toxicology and Chemistry

???
type: OBI_0000272

Wilke et al. (2018) Synergistic Bacterial Stress Results from Exposure to Nano-Ag and Nano-TiO2 Mixtures under Light in Environmental Media. Environmental Science and Technology.
publisher: DTU

???
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1002/etc.1858
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Mortality
type: ENM_0000010
source: Shaw et al. (2016). A critical evaluation of the fish early-life stage toxicity test for engineered nanomaterials: experimental modifications and recommendations
BAO_0002846: 58B0B643
type: BAO_0000015

???
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1080/17435390.2016.1222458
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1016/j.chemosphere.2009.11.013
BAO_0002846: OECD 202
type: BAO_0000015

Growth rate
type: BAO_0000015
source: OECD Sponsorship programme
BAO_0002846: A587F046

Mortality
type: ENM_0000006
source: Kühr et al. 2018
BAO_0002846: 51FD1CC5
type: BAO_0000015

Mortality
type: ENM_0000010
source: 10.1016/j.chemosphere.2014.03.058
BAO_0002846: OECD 203
type: BAO_0000015

OECD 203
type: OBI_0000272

Mortality
type: ENM_0000006
source: 10.1016/j.scitotenv.2019.01.282
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Biomass
type: ENM_0000017
source: OECD Sponsorship programme
BAO_0002846: 66F1AB37
type: BAO_0000015

Mortality
type: ENM_0000006
source: 10.1016/j.scitotenv.2013.07.059
BAO_0002846: Li, Wallis et al. (2014). Phototoxicity of TiO2 nanoparticles to a freshwater benthic amphipod: Are benthic systems at risk? Science of the Total Environment.
type: BAO_0000015

10.1016/j.scitotenv.2013.07.059
publisher: DTU

Li, Wallis et al. (2014). Phototoxicity of TiO2 nanoparticles to a freshwater benthic amphipod: Are benthic systems at risk? Science of the Total Environment.
type: OBI_0000272

Growth
type: ENM_0000006
source: 10.1016/j.envpol.2013.12.008
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Growth rate
type: BAO_0000015
source: OECD Sponsorship programme
BAO_0002846: 309657ED

???
type: OBI_0000272

Reproduction
type: BAO_0000015
source: Völker et al. (2013). Comparative Toxicity Assessment of Nanosilver on Three Daphnia Species in Acute, Chronic and Multi-Generation Experiments.
BAO_0002846: 91124112

Mortality
type: ENM_0000006
source: 10.1897/08-002.1
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Reproduction
type: BAO_0000015
source: OECD Sponsorship programme
BAO_0002846: 11F1730D

Growth rate
type: BAO_0000015
source: OECD Sponsorship programme
BAO_0002846: 53DDE64E

Mortality
type: ENM_0000010
source: 10.1016/j.aquatox.2007.07.009
BAO_0002846: OECD 203
type: BAO_0000015

10.1016/j.aquatox.2007.07.009
publisher: DTU

OECD 203
type: OBI_0000272

Viability
type: ENM_0000015
source: Engelke et al. (2014). A miniaturized solid contact test with Arthrobacter globiformis for the assessment of the environmental impact of silver nanoparticles.
BAO_0002846: BF9BFEC3
type: BAO_0000015

lethal and sublethal morphological effects
type: ENM_0000010
source: Muth-Köhne et al. 2013
BAO_0002846: 5279E1E5
type: BAO_0000015

Growth
type: ENM_0000017
source: 10.1007/s11783-015-0775-0
BAO_0002846: Standard test
type: BAO_0000015

Standard test
type: OBI_0000272

Immobilization
type: ENM_0000006
source: Völker et al. (2013). Comparative Toxicity Assessment of Nanosilver on Three Daphnia Species in Acute, Chronic and Multi-Generation Experiments.
BAO_0002846: 4324CF0C
type: BAO_0000015

Population growth inhibition
type: ENM_0000015
source: Mallevre et al. (2014). Silver, zinc oxide and titanium dioxide nanoparticle ecotoxicity to bioluminescent Pseudomonas putida in laboratory medium and artificial wastewater.
BAO_0002846: BA5AD54E
type: BAO_0000015

Mortality
type: ENM_0000006
source: 10.1016/j.scitotenv.2019.01.282
BAO_0002846: OECD 202
type: BAO_0000015

OECD 202
type: OBI_0000272

Yang, Bar-Ilan et al. (2013). Influence of Humic Acid on Titanium Dioxide Nanoparticle Toxicity to Developing Zebrafish. Environmental Science and Technology.
publisher: DTU

???
type: OBI_0000272

Population growth inhibition
type: ENM_0000015
source: 10.1007/s11783-015-0775-0
BAO_0002846: Standard test
type: BAO_0000015

Standard test
type: OBI_0000272

Immobilization
type: ENM_0000006
source: Völker et al. (2013). Comparative Toxicity Assessment of Nanosilver on Three Daphnia Species in Acute, Chronic and Multi-Generation Experiments.
BAO_0002846: 976AB552
type: BAO_0000015