Genus Species	analyte	Study	Lipid %	ug/kg lipid	TOC %	ug/kg TOC	BSAFR	BSAFC	Tissue	Moisture	Sediment	Sediment Locale	Subdivision, Country	Chemical Spiked	EXP duration	Source; Station	Note	CAS	Reference	DOI	exit
Lutjanus johnii	PCB 170	Field	0.2	N/R	2.3	N/R	20.89	--	muscle	wet/dry (organism/sediment)	Natural	Singapore Strait	Singapore, Singapore	No	Snapshot	Table 11	ng/g OC and ng/g lipid provided but could not confirm BSAF	35065-30-6	BSAF3111	doi.org/10.1016/j.chemosphere.2018.01.173	Google Scholar
Pomadasys auritus	PCB 170	Field	0.3	N/R	2.3	N/R	26.92	--	muscle	wet/dry (organism/sediment)	Natural	Singapore Strait	Singapore, Singapore	No	Snapshot	Table 11	ng/g OC and ng/g lipid provided but could not confirm BSAF	35065-30-6	BSAF3111	doi.org/10.1016/j.chemosphere.2018.01.173	Google Scholar
Cynoscion nebulosus	PCB 174	Field	1.2	380	6	260	1.4	1.46	whole body	wet/dry (organism/sediment)	Natural	Purvis Creek	Georgia, United States of America	No	N/A	Table 4	sediment from near the end of outfall causeway	38411-25-5	BSAF2674	doi.org/10.1002/etc.5620171212	Google Scholar
Cynoscion nebulosus	PCB 179	Field	1.2	190	6	230	0.72	0.826	whole body	wet/dry (organism/sediment)	Natural	Purvis Creek	Georgia, United States of America	No	N/A	Table 4	sediment from near the end of outfall causeway	52663-64-6	BSAF2674	doi.org/10.1002/etc.5620171212	Google Scholar
Pomadasys auritus	PCB 180	Field	0.3	N/R	2.3	N/R	28.18	--	muscle	wet/dry (organism/sediment)	Natural	Singapore Strait	Singapore, Singapore	No	Snapshot	Table 11	ng/g OC and ng/g lipid provided but could not confirm BSAF	35065-29-3	BSAF3111	doi.org/10.1016/j.chemosphere.2018.01.173	Google Scholar
Lutjanus johnii	PCB 180	Field	0.2	N/R	2.3	N/R	25.12	--	muscle	wet/dry (organism/sediment)	Natural	Singapore Strait	Singapore, Singapore	No	Snapshot	Table 11	ng/g OC and ng/g lipid provided but could not confirm BSAF	35065-29-3	BSAF3111	doi.org/10.1016/j.chemosphere.2018.01.173	Google Scholar
Cynoscion nebulosus	PCB 180	Field	1.2	1200	6	1200	0.92	1	whole body	wet/dry (organism/sediment)	Natural	Purvis Creek	Georgia, United States of America	No	N/A	Table 4	sediment from near the end of outfall causeway	35065-29-3	BSAF2674	doi.org/10.1002/etc.5620171212	Google Scholar
Perca fluviatilis	PCB 180	Field	2.6	N/R	N/R	N/R	3.3	--	muscle	dry (organism/sediment)	Natural	Orge River	Ile-de-France, France	No	N/A	Table 4	suburban tributary of Seine River	35065-29-3	BSAF2979	doi.org/10.1007/s00244-011-9746-z	Google Scholar
Cynoscion nebulosus	PCB 183	Field	1.2	920	6	620	1.4	1.48	whole body	wet/dry (organism/sediment)	Natural	Purvis Creek	Georgia, United States of America	No	N/A	Table 4	sediment from near the end of outfall causeway	52663-69-1	BSAF2674	doi.org/10.1002/etc.5620171212	Google Scholar
Cynoscion nebulosus	PCB 187	Field	1.2	3500	6	4000	0.84	0.875	whole body	wet/dry (organism/sediment)	Natural	Purvis Creek	Georgia, United States of America	No	N/A	Table 4	sediment from near the end of outfall causeway	52663-68-0	BSAF2674	doi.org/10.1002/etc.5620171212	Google Scholar
Lutjanus johnii	PCB 187	Field	0.2	N/R	2.3	N/R	38.02	--	muscle	wet/dry (organism/sediment)	Natural	Singapore Strait	Singapore, Singapore	No	Snapshot	Table 11	ng/g OC and ng/g lipid provided but could not confirm BSAF	52663-68-0	BSAF3111	doi.org/10.1016/j.chemosphere.2018.01.173	Google Scholar
Pomadasys auritus	PCB 187	Field	0.3	N/R	2.3	N/R	79.43	--	muscle	wet/dry (organism/sediment)	Natural	Singapore Strait	Singapore, Singapore	No	Snapshot	Table 11	ng/g OC and ng/g lipid provided but could not confirm BSAF	52663-68-0	BSAF3111	doi.org/10.1016/j.chemosphere.2018.01.173	Google Scholar
Dicentrarchus labrax	PCB 189	Field	0.79	1.05	6.2	0.265	3.98	3.98	soft tissue	wet/dry (organism/sediment)	Natural	Mondego estuary	Coimbra, Portugal	No	N/A	Table 1; D. labrax	relatively small, warm-temperate, polyhaline intertidal system	39635-31-9	BSAF3265	doi.org/10.1016/j.chemosphere.2011.02.081	Google Scholar
Lateolabrax japonicus	PCB 189	Field	6.2	N/R	2.3	N/R	62	--	whole body	wet/dry (organism/sediment)	Natural	Tokyo Bay	Tokyo, Japan	No	N/A	Table 4	N/I	39635-31-9	BSAF2769	doi.org/10.1016/S0045-6535(03)00046-8	Google Scholar