Special PCR Protocols

(from biogate)

384-well PCR

Adjuvants in PCR reactions

Alpha-satellite DNA by PCR Preparation

Amplification of Genomic DNA using Alu PCR

Calculating Concentrations for PCR

Choice of Polymerases for PCR

Colony PCR

Core Sample PCR

Degenerate PCR

Degenerate PCR Primer Design

Degenerate PCR, a short guide

Designing PCR programs

Direct PCR from Whole Yeast Cells: Zymolyase Method

Disruption by Fusion PCR

Home-made Taq Polymerase Purification

Incorporation of Digoxigenin-dUTP into Plasmid Inserts Using PCR

Inverse PCR

Inverse PCR

Inverse PCR & Cycle Sequencing of P Element Insertions for STS Generation

Inverse PCR for PAC-end sequencing

Long PCR Reagents and Guidelines

Long-PCR Reagents and Guidelines

Methylated CpG Island Amplification

Methylation-Specific PCR

Multiplex PCR: Critical Parameters and Step-by-Step Protocol

PCR Additives

PCR Amplification of DNA

PCR Amplification of Inserts from Bacterial Cultures

PCR and multiplex PCR guide

PCR and multiplex PCR Troubleshooting

PCR of blood, hair or small tissue samples

PCR Primer Design

PCR Primer Design and Reaction Optimization

PCR protocol

PCR Technology

PCR to Amplify rRNA Gene Fragment

PEG Precipitation of PCR products

Polymerase Chain Reaction

Primary Amplification of Genomic DNA using DOP - PCR

Primer Design

primer design for PCR cloning

Purification of PCR products with Sephadex

Quantitative RT-PCR and Other PCR Procedures

RT In Situ PCR

Singel Nucleotide Primer Extension (SNuPE)

Single Primer ("Semi-Random") PCR

Single Tube Confirmation PCR Protocol

Site-directed Mutagenesis using PCR

SOEing PCR for mutagenesis

Standard PCR Protocol

Tail DNA for PCR (No Organic Solvents)

The In Situ PCR: Amplification and Detection in a Cellular Context