2X HoTaq™ qPCR Kit For TaqMan®

$169.00$1,182.00

Taqman probe is designed to increase the specificty of quantitative PCR.  It is compatible with all types of real-time PCR machines. This is a high performance real-time PCR reagent. It utilizes MCLAB’s proprietary quantitative PCR technology.
SKU: HTP Categories: ,
SKU OPTIONS PriceQuantity
HTP400 Regular level of ROX, 4x1.25ml, 200 Run $169.00
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HTP410 Regular level of ROX, 1X5ml, 200 Run $169.00
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HTP420 Regular level of ROX, 5X5ml, 1000 Run $623.00
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HTP430 Regular level of ROX, 1X50ml, 2000 Run $1,182.00
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HTP400LR Low level of ROX, 4x1.25ml, 200 Run $169.00
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HTP410LR Low level of ROX, 1x5ml, 200 Run $169.00
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HTP420LR Low level of ROX, 5x5m, 1000 Run $623.00
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HTP430LR Low level of ROX, 1x50m, 2000 Run $1,182.00
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HTP400RF ROX Free, 4x1.25ml, 200 Run $169.00
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HTP410RF ROX Free, 1X5ml, 200 Run $169.00
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HTP420RF ROX Free, 5X5ml, 1000 Run $623.00
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HTP430RF ROX Free, 1X50ml, 2000 Run $1,182.00
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Description

For Research Use Only.

Figure:
Amplification of human GAPDH gene target with 2X HoTaq Real-time PCR Kit. Amplification curves are shown for ten fold dilutions of 0.0002pM to 20pM of plasmid. Inset shows the standard curve data.

Description:
This is a high-performance real-time PCR reagent. It utilizes MCLAB’s proprietary quantitative PCR technology.

Options:

HTP400 Regular level of ROX, for Real-time PCR Machines ABI 7000, 7300, 7700, 7900, 4×1.25ml (200 Run)
HTP410 Regular level of ROX, for Real-time PCR Machines ABI 7000, 7300, 7700, 7900, 1X5ml (200 Run)
HTP420 Regular level of ROX, for Real-time PCR Machines ABI 7000, 7300, 7700, 7900, 5X5ml (1000 Run)
HTP430 Regular level of ROX, for Real-time PCR Machines ABI 7000, 7300, 7700, 7900, 1X50ml (2000 Run)
HTP400LR Low level of ROX, for Real-time PCR Machines ABI 7500, Mx 3000P, Mx 3005P, 4×1.25ml (200 Run)
HTP410LR Low level of ROX, for Real-time PCR Machines ABI 7500, Mx 3000P, Mx 3005P, 1x5ml (200 Run)
HTP420LR Low level of ROX, for Real-time PCR Machines ABI 7500, Mx 3000P, Mx 3005P, 5x5m (1000 Run)
HTP430LR Low level of ROX, for Real-time PCR Machines ABI 7500, Mx 3000P, Mx 3005P, 1x50m (2000 Run)
HTP400RF ROX Free, for Real-time PCR Machines BioRad iCycler MiniOpticon, Opticon 2, Chromo4, iQ5; Roche LightCycler 480; MJ Research DNA Engine Opticon 2, Chromo4; Corbett Roto-gene 3000, 6000, 4×1.25ml (200 Run)
HTP410RF ROX Free, for Real-time PCR Machines BioRad iCycler MiniOpticon, Opticon 2, Chromo4, iQ5; Roche LightCycler 480; MJ Research DNA Engine Opticon 2, Chromo4; Corbett Roto-gene 3000, 6000, 1X5ml (200 Run)
HTP420RF ROX Free, for Real-time PCR Machines BioRad iCycler MiniOpticon, Opticon 2, Chromo4, iQ5; Roche LightCycler 480; MJ Research DNA Engine Opticon 2, Chromo4; Corbett Roto-gene 3000, 6000, 5X5ml (1000 Run)
HTP430RF ROX Free, for Real-time PCR Machines BioRad iCycler MiniOpticon, Opticon 2, Chromo4, iQ5; Roche LightCycler 480; MJ Research DNA Engine Opticon 2, Chromo4; Corbett Roto-gene 3000, 6000, 1X50ml (2000 Run)

Advantages:
2x HoTaq PCR Reaction Mix products are superior in amplifying difficult templates comparing with similar products from other suppliers.

– This is the amplification of GPIIB gene (70% G+C) .
– 10 ~ 10K copies from 30pg human genomic DNA have been detected.

Applications:
Probe based quantitative PCR: including DNA quantification, 2-step RT PCR, SNP analysis, etc.

Primer and probe design:
1. To achieve the best performance, appropriate software, such as ABI Primer ExpressTM, should be used to design primers with 50°C~65°C annealing temperature and 68°C~70°C for probes with 17~30 nucleotides in length
2. Amplicon size should be small, <150bp
3. Avoid secondary structures in primers and probes
4. Avoid more than 3 consecutive Gs in primers and probes
5. Primers should not have complementary 3′ -ends
6. 17 ~ 30 nucleotides in length

Recommended Reaction Conditions: :
95°C, 10 minutes. -> (95°C, 5 seconds. -> 60°C, 30 seconds.) for 50 cycles.

Recommended Storage Condition:
-20°C

Notes:
To achieve accurate quantification, it is highly recommended to do replicates and to reduce pipetting errors.

Reference:
1. Holland, P. M., Abramson, R. D., Watson, R., and Gelfand,
2. D. H. 1991. Proceedings of the National Academy of Sciences USA 88:7276-7280.
3. Livak, K. J., Flood, S. J. A., Marmaro, J., Giusti, W., and Deetz, K. 1995. PCR Methods and Applications 4:357-362.
4. Lee, L. G., Connell, C. R., and Bloch, W. 1993 Nucleic AcidsResearch 21:3761-3766.

Additional information

OPTIONS

Regular level of ROX, 4×1.25ml, 200 Run, Regular level of ROX, 1X5ml, 200 Run, Regular level of ROX, 5X5ml, 1000 Run, Regular level of ROX, 1X50ml, 2000 Run, Low level of ROX, 4×1.25ml, 200 Run, Low level of ROX, 1x5ml, 200 Run, Low level of ROX, 5x5m, 1000 Run, Low level of ROX, 1x50m, 2000 Run, ROX Free, 4×1.25ml, 200 Run, ROX Free, 1X5ml, 200 Run, ROX Free, 5X5ml, 1000 Run, ROX Free, 1X50ml, 2000 Run

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