Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Anderson, Kelli; Elizur, Abigail (2011): qPCR counts of mRNA for hepatic reference gene selection in juvenile female Atlantic salmon from perturbation experiments under artificial temperature conditions [dataset]. University of the Sunshine Coast, PANGAEA, https://doi.org/10.1594/PANGAEA.772213, In supplement to: Anderson, K; Elizur, A (2012): Hepatic reference gene selection in adult and juvenile female Atlantic salmon at normal and elevated temperatures. BMC Research Notes, 5(21), 1-9, https://doi.org/10.1186/1756-0500-5-21

Always quote citation above when using data! You can download the citation in several formats below.

RIS CitationBibTeX Citation

Abstract:
The dataset contains raw data (quantification cycle) for a study which determined the most suitable hepatic reference genes for normalisation of qPCR data orginating from juvenile Atlantic salmon (14 days) exposed to 14 and 22 degrees C. These results will be useful for anyone wanting to study the effects of climate change/elevated temperature on reproductive physiology of fish (and perhaphs other vertebrates).
Coverage:
Date/Time Start: 2009-01-02T00:00:00 * Date/Time End: 2009-01-02T00:00:00
Event(s):
SALTAS_Experimental_Tank(14degC)_February_2009  * Date/Time: 2009-02-02T00:00:00 * Method/Device: Experimental tank (1 cubic metre) under artificial conditions (Exp_Tank_1m3)
SALTAS_Experimental_Tank(22degC)_February_2009  * Date/Time: 2009-02-02T00:00:00 * Method/Device: Experimental tank (1 cubic metre) under artificial conditions (Exp_Tank_1m3)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
DATE/TIMEDate/TimeGeocode
Treatment: durationT:durationdaysAnderson, KelliDuration of the treatment
Treatment: hormonesT:hormonesAnderson, KelliHormones used as treatment
Treatment: temperatureT:temp°CAnderson, KelliTemperature used as treatment
Life Cycle: stateLC:stateAnderson, KelliState of the Life cycle
qPCR counts, meanCq#Anderson, KelliFluorescence-based quantitative real-time PCR (qPCR)of mRNA [vernacular: mRNA abundance] expressing gene Tbp [GenBank: BT059217] in liver of Salmo salar [WoRMS ID: 127186; vernacular: Atantic salmon]
qPCR counts, standard error of meanCq SEM±Anderson, KelliFluorescence-based quantitative real-time PCR (qPCR)of mRNA [vernacular: mRNA abundance] expressing gene Tbp [GenBank: BT059217] in liver of Salmo salar [WoRMS ID: 127186; vernacular: Atantic salmon]
qPCR counts, meanCq#Anderson, KelliFluorescence-based quantitative real-time PCR (qPCR)of mRNA [vernacular: mRNA abundance] expressing gene Hprt1 [GenBank: BT043501] in liver of Salmo salar [WoRMS ID: 127186; vernacular: Atantic salmon]
10 qPCR counts, standard error of meanCq SEM±Anderson, KelliFluorescence-based quantitative real-time PCR (qPCR)of mRNA [vernacular: mRNA abundance] expressing gene Hprt1 [GenBank: BT043501] in liver of Salmo salar [WoRMS ID: 127186; vernacular: Atantic salmon]
11 qPCR counts, meanCq#Anderson, KelliFluorescence-based quantitative real-time PCR (qPCR)of mRNA [vernacular: mRNA abundance] expressing gene Efla [GenBank: AF321836] in liver of Salmo salar [WoRMS ID: 127186; vernacular: Atantic salmon]
12 qPCR counts, standard error of meanCq SEM±Anderson, KelliFluorescence-based quantitative real-time PCR (qPCR)of mRNA [vernacular: mRNA abundance] expressing gene Efla [GenBank: AF321836] in liver of Salmo salar [WoRMS ID: 127186; vernacular: Atantic salmon]
Size:
120 data points

Data

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


Event

Date/Time

T:duration [days]
(Duration of the treatment)

T:hormones
(Hormones used as treatment)

T:temp [°C]
(Temperature used as treatment)

LC:state
(State of the Life cycle)

Cq [#]
(of mRNA [vernacular: mRNA abu...)

Cq SEM [±]
(of mRNA [vernacular: mRNA abu...)

Cq [#]
(of mRNA [vernacular: mRNA abu...)
10 
Cq SEM [±]
(of mRNA [vernacular: mRNA abu...)
11 
Cq [#]
(of mRNA [vernacular: mRNA abu...)
12 
Cq SEM [±]
(of mRNA [vernacular: mRNA abu...)
SALTAS_Experimental_Tank(14degC)_February_2009 2009-01-02T00:003.00E2 silastic implant14.00female, juvenile26.470.9519.730.6314.430.39
SALTAS_Experimental_Tank(14degC)_February_20092009-01-02T00:003.00Blank14.00female, juvenile27.670.7519.930.8914.130.33
SALTAS_Experimental_Tank(14degC)_February_20092009-01-02T00:007.00E2 silastic implant14.00female, juvenile26.510.4920.630.3614.940.35
SALTAS_Experimental_Tank(14degC)_February_20092009-01-02T00:007.00Blank14.00female, juvenile28.090.2320.740.1614.980.09
SALTAS_Experimental_Tank(14degC)_February_20092009-01-02T00:0014.00E2 silastic implant14.00female, juvenile26.880.3420.870.3114.970.24
SALTAS_Experimental_Tank(14degC)_February_20092009-01-02T00:0014.00Blank14.00female, juvenile26.820.3120.420.2614.910.27
SALTAS_Experimental_Tank(22degC)_February_2009 2009-01-02T00:003.00E2 silastic implant22.00female, juvenile26.710.4520.820.1714.820.17
SALTAS_Experimental_Tank(22degC)_February_20092009-01-02T00:003.00Blank22.00female, juvenile27.150.5121.220.5614.060.36
SALTAS_Experimental_Tank(22degC)_February_20092009-01-02T00:007.00E2 silastic implant22.00female, juvenile27.850.1221.260.2314.920.36
SALTAS_Experimental_Tank(22degC)_February_20092009-01-02T00:007.00Blank22.00female, juvenile26.820.2620.620.3414.230.25
SALTAS_Experimental_Tank(22degC)_February_20092009-01-02T00:0014.00E2 silastic implant22.00female, juvenile27.520.6421.890.5814.850.15
SALTAS_Experimental_Tank(22degC)_February_20092009-01-02T00:0014.00Blank22.00female, juvenile28.520.3121.170.1714.840.23