
Molecular investigations on archival tissues
Analysis of autopsies and biopsies from urinary bladder cancer collected since 1932
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Nowadays there are many available molecular methods for studying diseases. Archival tissue provides an extremely valuable material for proper understanding of pathology of various diseases. A major problem in molecular analysis of archival tissues is the tissue degradation that might occur during long storage. This monograph presents various methods for efficient extraction of DNA and protocols for sequencing (detection of gene mutations) from archival tissues. It also provides protocols for immunodetection of various proteins on such archival tissues collected at Gades Institute, Haukeland Un...
Nowadays there are many available molecular methods
for studying diseases. Archival tissue provides an
extremely valuable material for proper understanding
of pathology of various diseases. A major problem in
molecular analysis of archival tissues is the tissue
degradation that might occur during long storage.
This monograph presents various methods for
efficient extraction of DNA and protocols for
sequencing (detection of gene mutations) from
archival tissues. It also provides protocols for
immunodetection of various proteins on such archival
tissues collected at Gades Institute, Haukeland
University Hospital, Norway in the period 1932 till
1996. In addition this book illustrates the value of
studies on archival tissues for detecting changes in
the pathogenesis of diseases with time. In this
monograph bladder cancer is used as an example for
such studies. This book could be useful for
professionals, considering the use of archival
tissue to study mechanisms of various diseases.
for studying diseases. Archival tissue provides an
extremely valuable material for proper understanding
of pathology of various diseases. A major problem in
molecular analysis of archival tissues is the tissue
degradation that might occur during long storage.
This monograph presents various methods for
efficient extraction of DNA and protocols for
sequencing (detection of gene mutations) from
archival tissues. It also provides protocols for
immunodetection of various proteins on such archival
tissues collected at Gades Institute, Haukeland
University Hospital, Norway in the period 1932 till
1996. In addition this book illustrates the value of
studies on archival tissues for detecting changes in
the pathogenesis of diseases with time. In this
monograph bladder cancer is used as an example for
such studies. This book could be useful for
professionals, considering the use of archival
tissue to study mechanisms of various diseases.