Factsheets for: Amiodarone

CHEMICAL IDENTITY

Norman SusDat IDNS00010453
NameAmiodarone
CAS Registry Number1951-25-3
SMILESCCCCc1c(c2ccccc2o1)C(=O)c3cc(c(c(c3)I)OCCN(CC)CC)I
InChIKeyIYIKLHRQXLHMJQ-UHFFFAOYSA-N
Molecular structureAmiodarone
Molecular formula
Monoisotopic mass [g/mol]645.023690
DSSTox Substance IDDTXSID7022592
PubChem CID2157

MAJOR USES

General information
Relevant media
Use categories - NORMAN
Product and Use Categories - DashBoard
Product or Use Categorization
drug
drug:antiarrhythmia
drug:discontinued
drug:enzyme_inhibitor
drug:orphan
drug:vasodilator
drug_ACToRUseDB
Chemical Functional Use - DashBoard

PROPERTIES

LogKow experimental - DashBoard
LogKow predicted - DashBoard
Solubility experimental (mol/L) - DashBoard
Solubility predicted (mol/L) - DashBoard
Koc_min_experimental (L/kg) - DashBoard
Koc_max_experimental (L/kg) - DashBoard
Koc_min_predicted (L/kg) - DashBoard227090
Koc_max_predicted (L/kg) - DashBoard227090
Biodeg. Half-Life experimental (days) - DashBoard
Biodeg. Half-Life predicted (days) - DashBoard9.03
BCF experimental - DashBoard
BCF predicted - DashBoard501

ENVIRONMENTAL OCCURENCE (all data)

Occurrence data (NORMAN – all data)

Surface water
(relevant matrix)
No. of Countries No. of Countries with Analysis > LOQ No. of Stations No. of Stations with Analysis > LOQ No. of Analysis Frequency of Quantification
Value 12 1 121 1 122 0.82 %
Score1 n.a. 0.1 n.a. 0.1 n.a. 0.01

Occurrence data (NORMAN – recent data2)

Surface water
(relevant matrix)
No. of Countries No. of Countries with Analysis > LOQ No. of Stations No. of Stations with Analysis > LOQ No. of Analysis Frequency of Quantification
Value 4 0 53 0 54 0.00 %
Score1 n.a. n.a. n.a. 0.00

LOQmin, Median, Max and MEC95 (NORMAN – all data1)

Matrix LOQmin
[µg/L]
Median concentration [µg/L] Max concentration [µg/L] MEC95 [µg/L] (all data) MEC95 [µg/L] (recent data)

1 According to the NORMAN Prioritisation Methodology (Dulio & von der Ohe 2013)
2 Occurrence data from 2021 – 2026
MEC95 is the 95th percentile of the measured Maximum Environmental Concentrations at one site

ENVIRONMENTAL OCCURENCE (detailed information)

Per Country

CountryNo. of stationsNo. of analyses201320142015201620172018201920202021
Antarctica418 8 7 3
Austria1658 18 4 34 2
Belgium35 5
Bulgaria1775 15 60
Croatia1444 12 8 24
Czech Republic1435 7 8 20
Denmark79 2 1 6
France6034286 577 3701 5 3
Georgia39130 72 30 28
Germany94199 18 28 3 6 86 55 3
Greece46 1 5
Hungary25114 27 4 81 2
Ireland612 10 2
Italy44 1 3
Moldova, Republic Of721 21
Montenegro1339 39
Netherlands61661 98 22 86 212 196 38 9
Norway24 2 1 1
Poland55 1 1 3
Portugal22 2
Romania2881 45 14 21 1
Russian Federation612 2 10
Serbia30119 51 4 64
Slovakia2292 18 4 2 68
Slovenia918 1 9 8
Spain818 1 3 11 2 1
Sweden3056 4 6 8 14 2 22
Switzerland616 16
Ukraine97350 120 50 33 146 1
United Kingdom2549 12 28 1 7 1

Per Matrix

MatrixTotal no. of analysesNo. of analyses above LoQMaxMedianUnitLowest PNECEQS
Surface water - Sea water 95 µg/l 1.2
Surface water - River water 5147 1 0.05 0 µg/l 1.2
Ground water 18 µg/l 1.2
Waste water - Urban 22 µg/l 1.2
Waste water - Industrial 1 µg/l 1.2
Waste water - Municipal 124 µg/l 1.2
Sediments - River water 12 µg/kg dry weight 13464
Sediments - Coastal water 30 µg/kg dry weight 13464
Sediments - Territorial (marine) water 30 µg/kg dry weight 13464
Biota - River water 29 µg/kg wet weight 601
Biota - Lake water 33 µg/kg wet weight 601
Biota - Transitional water 1 µg/kg wet weight 601
Biota - Coastal water 61 µg/kg wet weight 601
Biota - Territorial (marine) water 75 µg/kg wet weight 601
Biota - Terrestrial 33 µg/kg wet weight 601

(ECO)TOXICITY

Lowest PNEC fresh water (μg/L)1.2
Experimental / predicteddeterministic
Species n.r.
AF10
Endpoint
ReferencePNEC-ID-0348224
Lowest PNEC marine water (μg/L)0.12
Lowest PNEC sediment (µg/kg dw)13464
Lowest PNEC biota (µg/kg ww)601

PBT/vPvB & PMT/vPvM (NORMAN)

Under construction

CMR & ED (NORMAN)

Under construction

POTENTIAL RISK OF EXCEEDANCE OF LOWEST PNEC

Summary: Risk of Exceedance of the Lowest PNEC
 ValueScore1
Frequency of Exceedance0.00 %
Extent of Exceedance0.00

1 According to the NORMAN Prioritisation Methodology (Dulio & von der Ohe 2013)

CONCLUSIONS AND RECOMMENDATIONS

Under construction

BIBLIOGRAPHY, SOURCES AND SUPPORTIVE INFORMATION

Dulio V. and Von der Ohe P. (2013) NORMAN Prioritisation framework for emerging substances. NORMAN Association, Verneuil en Halatte, France, 70 pages.