PCR Technology: Principles and Applications for DNA AmplificationPolymerase chain reaction (PCR) technology is a revolutionary innovation which enables scientists to rapidly generate large amounts of genetic material from a slight trace which would otherwise be too small to analyze. With applications in both research and diagnostics, PCR is becoming a standard procedure in biotechnology and medical diagnostic laboratories. This book is an introduction and guide to the new technology, covering the basic methodologies and their applications in research and medicine, emphasizing practical aspects. Each chapter is written by pioneers in the field and most include detailed protocols and favorite PCR "recipes". Students and researchers in all areas of biotechnology and molecular biology will find this book the introduction to PCR they've been looking for. |
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Page 14
It is very important that the reaction reaches a temperature at which complete
strand separation occurs . A temperature of about 94°C should be adequate in
most cases . As soon as the sample reaches 94°C , it can be cooled to the
annealing ...
It is very important that the reaction reaches a temperature at which complete
strand separation occurs . A temperature of about 94°C should be adequate in
most cases . As soon as the sample reaches 94°C , it can be cooled to the
annealing ...
Page 24
aliquots of fe corresponding samnked reasonably we this second a Automation
was needed , especially for the temperature cycling , but no suitable devices
existed at the time PCR was invented to meet this need . Cetus Instrument
Systems ...
aliquots of fe corresponding samnked reasonably we this second a Automation
was needed , especially for the temperature cycling , but no suitable devices
existed at the time PCR was invented to meet this need . Cetus Instrument
Systems ...
Page 29
This is a sophisticated approach to temperature control and it will work best with
a block that is thermically homogenous from the start . This is also the only
method that will actually take into account the lag period normally encountered
during ...
This is a sophisticated approach to temperature control and it will work best with
a block that is thermically homogenous from the start . This is also the only
method that will actually take into account the lag period normally encountered
during ...
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Contents
PART ONE BASIC METHODOLOGY | 1 |
The Design and Optimization of the PCR | 7 |
Taq DNA Polymerase | 17 |
Copyright | |
14 other sections not shown
Other editions - View all
PCR Technology: Principles and Applications for DNA Amplification Henry Erlich No preview available - 1989 |
Common terms and phrases
Acad Acids activity addition alleles allow Alu repeats amount amplification analysis annealing applications approach assay base blood buffer carried cDNA cell changes Chapter clones concentration containing cycles deletion denaturation described detection determined diagnosis digestion direct discussed disease DNA fragments DNA polymerase DNA sequence dNTP domain effect efficient electrophoresis enzyme Erlich example exon extension Figure gene genetic genomic human hybridization identified increase individual initial isolation known lane limited loci locus markers melting method molecular Mullis mutations Nature observed obtained oligonucleotide PCR product performed polymorphic positive possible preparation present primers probes problem Proc procedure Protocol reaction recombination region restriction Saiki samples Science separate shown single specific sperm step strand studies Taq polymerase techniques temperature template tube usually yield