tylcholine receptor
g-subunit
target. For research parameters that favor convenience, speed, high-throughput
capabilities, and reduced risk of sample contamination, the QRT-PCR single-step
format is the method of choice. When the highest sensitivity is required, the
Brilliant two-step RT-PCR core format is ideal. The Brilliant core reagent kits
can be used with various fluorescent chemistries, with or without the passive
reference dye, and with UNG decontamination protocols. Furthermore, they compare
favorably with other commercially available kits.
Methods
QPCR: A typical 50-l reaction contained the following
reagents: 1X Brilliant Plus QPCR core buffer; the optimal concentration of MgCl2
(3.0 to 5.5 mM); sequence-specific primers (300 to 600 nM); probe (200 to 400 nM
molecular beacon, 200 to 400 nM TaqMan probe, and 400 nM Scorpions probe); 200
M each dGTP, dATP, dCTP, and 400 M dUTP; 0.5 units of uracil-N-glycosylase ;
2.5 U of SureStart Taq DNA polymerase; and target nucleic acid template
(genomic DNA or plasmid DNA as indicated in the Figure legends). Each experiment
included control reactions that lacked template-"no-template"
controls. All reactions were performed in duplicate. Thermal cycling conditions
are as specified for two-step RT-PCR (see below). Other commercially available
core reagents or master mixes, TaqMan, and Scorpions chemistries were tested
according to the recommendations of each respective manufacturer. The M.
tuberculosis rpoB Scorpions and PCR primers are a kind gift of Dr. David
Whitcombe of Astra-Zeneca.
Single-Step QRT-PCR: A typical RNA amplification reaction with either
molecular beacons or a linear hydrolysis probe contained the following
components: 1X Brilliant Plus QRT-PCR buffer 3.0; the optimal concentration of
MgCl2 (4.0 to 5.5 mM); 200 M each of dGTP, dATP, dCTP, and 400 M
of dUTP; optima
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Page: All 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Related biology technology :1.
Optimized Imaging of Protein Gels Stained with Coomassie
Brilliant Blue Dye2.
A Comparison Study of Lipid Tranfection Reagents in A549, NIH 3T3 and COS-7
Cell Lines3.
Versatile Transfection Reagent Offers Low Toxicity and Consistent
Performance4.
High-Efficiency Transfections Achieved with New Low-Toxicity Reagent5.
Protocol for RNA Isolation Using TRIzol Reagent with Phase Lock
Gel-Heavy6.
Protocol for RNA Isolation Using TRIzol Reagent with Phase Lock
Gel-Heavy7.
TransMessenger Transfection Reagent8.
Effectene Transfection Reagent provides efficient gene delivery
to primary neuronal cell cultures9.
Efficient DNA transfection of primary CNS neurons using TransMessenger
Transfection Reagent10.
Effectene Transfection Reagent11.
PolyFect Transfection Reagent