Protocol Online logo
Top : New Forum Archives (2009-): : PCR--RT-PCR-and-Real-Time-PCR
1771. expressing data with more than 1 HK gene - (reply: 2)
1772. RT-PCR primer dimers and cDNA degradation - (reply: 2)
1773. Sequencing of scarce real-time amplicons - (reply: 1)
1774. PCR efficiency important in real time absolute quantification? - (reply: 4)
1775. PCR contamination with human DNA first and now no bands!!! - (reply: 4)
1776. Genotyping PCR - (reply: 3)
1777. Is this standard valid? - pcr product as standards (reply: 5)
1778. geNorm NF calculation - normalization in geNorm (reply: 5)
1779. primer binding - (reply: 1)
1780. Real time 70% efficiency and DDCt - (reply: 1)
1781. RNA visualization - (reply: 1)
1782. PCR primers - (reply: 1)
1783. amplification in negative control in RT PCR - (reply: 2)
1784. 18S changes with cDNA dilution - (reply: 2)
1785. Deletion PCR - (reply: 9)
1786. crossing point - crossing point (reply: 2)
1787. Smear problem with my new primer set - (reply: 2)
1788. PCR ghost bands - (reply: 1)
1789. wash buffer for columns - how to make it? (reply: 3)
1790. amplicon storage - amplicon storage (reply: 3)
1791. CP of real time PCR by LC480 - (reply: 1)
1792. transient expression - best time to detect the mRNA? (reply: 1)
1793. Chosing the best housekeeping gene! - (reply: 5)
1794. real-time PCR and HIV - what is the most commonly used assay to measure viral load in plasma (reply: 2)
1795. Unspecific PCR - (reply: 7)
1796. Real-Time PCR as a Microplate Reader - (reply: 1)
1797. RT-PCR Internal Standard - (reply: 2)
1798. Differences in Thermal Cyclers? - (reply: 1)
1799. ssDNA Quantification - (reply: 4)
1800. Standards for The Relative Standard Curve Method - (reply: 3)