Bioaccumulation assessment of nanomaterials using freshwater invertebrate species

Kuehr, Sebastian; Kosfeld, Verena; Schlechtriem, Christian

doi:10.1186/s12302-020-00442-2

Environmental Sciences Europe

Table 1 References including information on bioaccumulation studies using aquatic invertebrates

From: Bioaccumulation assessment of nanomaterials using freshwater invertebrate species

Category	Organism	ENM	(nominal) individual size [nm]	Hydrodynamic diameter [nm]	Exposure condition	Endpoint	References
Bivalvia	A. cygnea	AuNP	40	86 ± 14	Water	BCF; tissue distribution	Moëzzi et al. [421]
	C. fluminea	AuNP	17	n.d	Diet	BCF	Renault et al. [109]
	C. fluminea	Al₂O₃NP	11	4—12	Sediment/water	BCF	Stanley et al. [121]
	C. fluminea	AuNP	7.8, 15 & 46	n.d	Water	Clearance rate	Hull et al. [122]
	C. fluminea	AuNP	10	n.d	Water/ diet	Uptake & elimination rates	Arini et al. [89]
	C. fluminea	AgNP TiO₂NP	15 (AgNP) & 26 (TiO₂NP)	27 (AgNP) & 351 (TiO₂NP)	Water	BAF, tissue distribution	Kuehr et al. [98]
	C. fluminea	CuONP	12 ± 8 & 29.5	140.5 & 194	Water	Body burden; tissue distribution	Koehle-Divo et al. [422]
	C. fluminea	TiO₂NP	5—10	n.d	Sediment	Body burden; tissue distribution	Fan et al. [423]
	D. polymorpha	CeO₂NP	3	8	Water	BCF	Garaud et al. [303]
	D. polymorpha	CeO₂NP	3—4	8	Water	Body burden; tissue distribution	Garaud et al. [424]
	D. polymorpha	AgNP	50 ± 20	80	Water	BCF, subcellular distribution	Zimmermann et al. [425]
	D. polymorpha	TiO₂NP	10.4	n.d	Water/ diet	BCF/BAF	Bourgeault et al. [123]
Gastropoda	L. stagnalis	AuNP	15	28	Diet	Body burden	Hudson et al. [195]
	L. stagnalis	CuONP	7 ± 1	82 ± 1	Water	Body burden	Misra et al. [426]
	L. stagnalis	AgNP	13 ± 3 & 17 ± 5	n.d	Water/diet	Uptake & elimination rates	Croteau et al. [187]
	L. stagnalis	CuONP	7	77 ± 5	Water/diet	Uptake & elimination rates; body burden	Croteau et al. [427]
	L. stagnalis	AgNP	n.d	36 ± 1	Diet	Uptake rate	Oliver et al. [428]
	L. stagnalis	⁶⁷ZnONP	20 -70	245	Diet	Body burden	Dybowska et al. [206]
	L. stagnalis	AgNP	10.3 ± 3.4 & 12.8 ± 4.4	n.d	Water	Uptake rate	Luoma et al. [429]
	P. antipodarum	AgNP	10—15	12.1 ± 2.93—13.9 ± 3.17	Water/ sediment	Body burden	Ramskov et al. [430]
	P. antipodarum	CuONP	7	n.d	Sediment	Body burden	Ramskov et al. [176]
	P. antipodarum	CuONP	7 ± 1	n.d	Sediment	Body burden	Ramskov et al. [431]
	P. antipodarum	CuONP	6	n.d	Sediment	Body burden	Pang et al. [432]
	P. antipodarum	CuONP	6 & 100	19 & 204	Sediment	Body burden	Pang et al. [433]
	B. glabrata	AgNP	115 ± 55.6	n.d	Water	Body burden	Oliveira-Filho et al. [158]
	B. aeruginosa	AgNP	18 ± 7.7, 30.2 ± 9.4 & 57 ± 19.3	n.d	Sediment	BAF, tissue distribution	Bao et al. [177]
	B. aeruginosa	TiO₂	11.6 ± 2.4	n.d	Sediment	Body burden	Ma et al. [434]
	B. aeruginosa	CuONP	41.6 ± 4.6	n.d	Sediment	Body burden; tissue distribution	Ma et al. [188]
Isopoda	A. aquaticus	WCNPs	< 100		Water	Body burden	Ekvall et al. [212]
Amphipoda	H. azteca	Al₂O₃NP	11	4—12	Sediment/water	Body burden	Stanley et al. [121]
	H. azteca	CuO	30—40	733.1 ± 143.4	Water	BCF	Burkal et al. [435]
	H. azteca	AgNP	15	27	Water	Body burden	Kuehr et al. [311]
	H. azteca	AuNP	15	28	Diet	Body burden	Hudson et al. [195]
	H. azteca	ZnONP	22.4 ± 2.8	n.d	Water	Body burden	Poynton et al. [312]
	H. azteca	AgNP	15	27	Water & diet	Body burden	Kuehr et al. [314]
	H. azteca	AgNP, AuNP, TiO₂NP	15 (AgNP), 26 (TiO₂NP) & 60 (AuNP)	51.2 (AgNP), 1,861 (TiO₂NP) & 61 (AuNP)	Water/ diet	BCF/ BMF	Kuehr et al. [315]
	G. fossarum	AgNP	20, 23 & 27	96 ± 8.4, 56 ± 3.2 & 63 ± 3.2	Water	BCF	Mehennaoui et al. [270]
	G. fossarum	AgNP, AuNP	20, 40 & 80 (AgNP); 20, 40 & 80 (AuNP)	22 ± 0.7—78 ± 2.9 (AgNP) & 39 ± 1.5—89 ± 0.9 (AuNP)	Water	Body burden	Mehennaoui et al. [304]
	G. roeseli	CeO₂NP	3	8	Water	BCF	Garaud et al. [303]
Branchiopoda	D. magna	AuNP	20	n.d	Water	Distribution	Lovern et al. [407]
	D. magna	CuONP	26 ± 8, 45 ± 11 & 75 ± 19	263 ± 38, 153 ± 45 & 241 ± 3	Water	Spatial distribution & burden	Santos-Rasera et al. [436]
	D. magna	AgNP	10—11	22 & 28.3	Diet	Body burden	Kalman et al. [437]
	D. magna	AuNP	10	33 ± 17.3	Water & diet	Body burden	Lee et al. [403]
	D. magna	CuONP	< 50	926 ± 35	Water & diet	Body burden	Wu et al. [376]
	D. magna	AgNP	20	40—50	Water	Body burden	Zhao and Wang [438]
	D. magna	AuNP	19 ± 2.5	24.2 ± 0.2	Water	Elimination rate	Khan et al. [414]
	D. magna	⁶⁵ZnONP	10—30	46—56	Water	Uptake & elimination rates	Li & Wang [391]
	D. magna	CdSe/ZnS QDs*	5.2 ± 0.4	n.d	Water	Body burden	Lewinski et al. [393]
	D. magna	TiO₂NP	21	580.5	Water	BCF	Zhu et al. [412]
	D. magna	ZnONP	30 ± 17	111.8 ± 24.9—670.2 ± 230	Water	Body burden	Skjolding et al. [386]
	D. magna	AuNP	14 ± 4	225 ± 61	Water	Uptake & tissue distribution	Jensen et al. [406]
	D. magna	AgNP	15.5 ± 3.6	50 ± 0.7	Water	Body burden	Kim et al. [409]
	D. magna	AuNP	10 & 30	14 ± 4—142 ± 53 & 23 ± 5—225 ± 61	Water	Uptake & elimination rates	Skjolding et al. [387]
	D. magna	TiO₂NP	< 25	20.9 ± 2.89—218 ± 47.3	Water	Body burden	Tan & Wang [392]
	D. magna	TiO₂NP	30—80	n.d	Water	BCF	Fan et al. [394]
	D. magna	AuNP	10	33 ± 17.3	Diet	Body burden	Lee et al. [403]
	D. magna	TiO₂NP	4.6 ± 2.6, 11.2 ± 2.9, 20.3 ± 4.3, 27.4 ± 5.2 & 103 ± 24.6	929 ± 62, 908 ± 3, 953 ± 50, 908 ± 591 & 763 ± 12	Water	BCF/ BMF	Chen et al. [389]
	D. magna	CdSe/ZnS QDs*	4.5 ± 0.5—4.9 ± 0.7	n.d	Water	Uptake & elimination rates	Lee et al. [405]
	D. magna	AgNP, AuNP, PtNP	5 & 50 (Ag), 5 & 50 (Au) & 5 6 50 (Pt)	n.d	Water	Body burden	Krystek et al. [411]
	D. magna	CuNP, ZnONP	50 (CuNP) & 43 (ZnONP)	568 ± 72 (CuNP) & 1154 ± 252 (ZnONP)	Water	Body burden	Xiao et al. [408]
	C. dubia	TiO₂NP	< 25	n.d	Water & diet	BAF/ BMF	Dalai et al. [413]
	D. magna	AgNP	3—8	80	Water & diet	BCF / BMF	Ribeiro et al. [410]

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