Citation:

j.cbpa.2018.10.022

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Abstract:

Bioturbators (such as bivalves, worms, polychaetes), living in a coastal area, experiences frequent changes in salinity. They are often exposed to mechanical disturbances (like wave, currents, storms) forcing them to bury deeper into the sediment to get a better foothold. In nature, these stressors often occurs simultaneously. Osmotic stress negatively affects the burial activity and the physiological performances of soft shell clam, Mya arenaria; however, the mechanism behind this is still unknown. In this dataset we present the combined effect of osmotic stress and repeated burrowing on the activity leucine aminopeptidase in gill tissue and digestive gland of Mya arenaria.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Regime	Regime		Haider, Fouzia	Acclimated Salinity Regime
2	Salinity	Sal		Haider, Fouzia	while exercising, in PSU
3	Group	Group		Haider, Fouzia
4	Sample ID	Sample ID		Haider, Fouzia
5	Mya arenaria, shell length	M. arenaria shell l	mm	Haider, Fouzia
6	Number	n	#	Haider, Fouzia	of times the animal was disturbed
7	Tissues	Tissues		Haider, Fouzia
8	Leucine aminopeptidase activity, unit per tissue mass	LAP/tis	U/g	Haider, Fouzia
9	Comment	Comment		Haider, Fouzia	Outlier

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

710 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Regime	2 Sal	3 Group	4 Sample ID	5 M. arenaria shell l [mm]	6 n [#]	7 Tissues	8 LAP/tis [U/g]	9 Comment
Low	5	Control	LGC2	50	0	Gill	0.78
Low	5	Control	LGC3	52	0	Gill	0.96
Low	5	Control	LGC5	54	0	Gill	0.46
Low	5	Control	LGC6	53	0	Gill	0.53
Low	5	Control	LGC8	29	0	Gill	0.36
Low	5	Control	LGC9	34	0	Gill	0.53
Low	5	Control	LGC10	38	0	Gill	0.82
Low	5	Exhausted	LGE2	32	4	Gill	0.46
Low	5	Exhausted	LGE6	27	7	Gill	0.57
Low	5	Exhausted	LGE7	27	6	Gill	0.32
Low	5	Exhausted	LGE8	29	4	Gill	0.46
Low	5	Exhausted	LGE9	29	4	Gill	0.27
Low	5	Exhausted	LGE11	40	5	Gill	0.58	Outlier
Low	5	Exhausted	LGE12	29	7	Gill	0.53
Low	5	Exhausted	LGE13	25	10	Gill	0.35
Normal	15	Control	NGC1	48	0	Gill	0.78	Outlier
Normal	15	Control	NGC2	50	0	Gill	0.88	Outlier
Normal	15	Control	NGC3	58	0	Gill	0.41	Outlier
Normal	15	Control	NGC4	50	0	Gill	0.37
Normal	15	Control	NGC6	43	0	Gill	0.54
Normal	15	Control	NGC7	38	0	Gill	0.30
Normal	15	Control	NGC9	29	0	Gill	0.39
Normal	15	Exhausted	NGE3	26	9	Gill	0.25
Normal	15	Exhausted	NGE5	28	10	Gill	0.26
Normal	15	Exhausted	NGE7	26	10	Gill	0.25
Normal	15	Exhausted	NGE9	25	11	Gill	0.23
Normal	15	Exhausted	NGE10	38	6	Gill	0.22
Normal	15	Exhausted	NGE11	26	12	Gill	0.32
Normal	15	Exhausted	NGE13	36	6	Gill	0.56	Outlier
Fluctuating	15	Control	FGC2	43	0	Gill	0.38
Fluctuating	15	Control	FGC3	43	0	Gill	0.50
Fluctuating	15	Control	FGC4	38	0	Gill	0.67
Fluctuating	15	Control	FGC6	44	0	Gill	0.44
Fluctuating	15	Control	FGC7	40	0	Gill	0.59
Fluctuating	15	Control	FGC8	40	0	Gill	0.32
Fluctuating	15	Control	FGC9	38	0	Gill	0.43
Fluctuating	15	Control	FGC10	36	0	Gill	0.63
Fluctuating	15	Exhausted	FGE2	26	7	Gill	0.26
Fluctuating	15	Exhausted	FGE4	28	7	Gill	0.33
Fluctuating	15	Exhausted	FGE6	31	7	Gill	0.36
Fluctuating	15	Exhausted	FGE7	34	7	Gill	0.37
Fluctuating	15	Exhausted	FGE8	31	4	Gill	0.48
Fluctuating	15	Exhausted	FGE9	32	5	Gill	0.60	Outlier
Fluctuating	15	Exhausted	FGE10	38	6	Gill	0.30
Low	5	Exhausted	LHE2	32	4	HP	0.36
Low	5	Exhausted	LHE6	27	7	HP	0.31
Low	5	Exhausted	LHE7	27	6	HP	0.30
Low	5	Exhausted	LHE8	29	4	HP	0.28
Low	5	Exhausted	LHE9	29	4	HP	0.27
Low	5	Exhausted	LHE11	40	5	HP	0.36
Low	5	Exhausted	LHE12	29	7	HP	0.26
Low	5	Exhausted	LHE13	25	10	HP	0.12
Low	5	Control	LHC2	50	0	HP	0.58
Low	5	Control	LHC3	52	0	HP	0.65
Low	5	Control	LHC5	54	0	HP	0.51
Low	5	Control	LHC6	53	0	HP	0.58
Low	5	Control	LHC8	29	0	HP	0.50
Low	5	Control	LHC9	34	0	HP	0.41
Low	5	Control	LHC10	38	0	HP	0.52
Normal	15	Exhausted	NHE3	26	9	HP	0.35
Normal	15	Exhausted	NHE5	28	10	HP	0.26
Normal	15	Exhausted	NHE7	26	10	HP	0.31
Normal	15	Exhausted	NHE9	25	11	HP	0.20
Normal	15	Exhausted	NHE10	38	6	HP	0.25
Normal	15	Exhausted	NHE11	26	12	HP	0.35
Normal	15	Exhausted	NHE13	36	6	HP	0.47
Normal	15	Control	NHC1	48	0	HP	0.72
Normal	15	Control	NHC2	50	0	HP	0.70
Normal	15	Control	NHC3	58	0	HP	0.61
Normal	15	Control	NHC4	50	0	HP	0.67
Normal	15	Control	NHC6	43	0	HP	0.47
Normal	15	Control	NHC7	38	0	HP	0.35
Normal	15	Control	NHC9	29	0	HP	0.35
Fluctuating	15	Exhausted	FHE2	26	7	HP	0.34
Fluctuating	15	Exhausted	FHE4	28	7	HP	0.40
Fluctuating	15	Exhausted	FHE6	31	7	HP	0.58
Fluctuating	15	Exhausted	FHE7	34	7	HP	0.42
Fluctuating	15	Exhausted	FHE8	31	4	HP	0.41
Fluctuating	15	Exhausted	FHE9	32	5	HP	0.44
Fluctuating	15	Exhausted	FHE10	38	6	HP	0.31
Fluctuating	15	Control	FHC2	43	0	HP	0.50
Fluctuating	15	Control	FHC3	43	0	HP	0.44
Fluctuating	15	Control	FHC4	38	0	HP	0.55
Fluctuating	15	Control	FHC6	44	0	HP	0.63
Fluctuating	15	Control	FHC7	40	0	HP	0.55
Fluctuating	15	Control	FHC8	40	0	HP	0.35
Fluctuating	15	Control	FHC9	38	0	HP	0.37
Fluctuating	15	Control	FHC10	36	0	HP	0.52