Several human genetic syndromes have long been recognized to be defective in DNA repair mechanisms. This was first discovered by Cleaver (1968), who showed that cells from patients with xeroderma pigmentosum (XP) were defective for the ability to remove ultraviolet (UV)-induced lesions from their genome. Since then, new discoveries have promoted DNA repair studies to one of the most exciting areas of molecular biology. The present work intends to give a brief summary of the main known human genetic diseases related to DNA repair and how they may be linked to acquired diseases such as cance
Maintenance of DNA integrity is crucial for faithful transmission of the genetic code from generatio...
Maintenance of DNA integrity is crucial for faithful transmission of the genetic code from generatio...
AbstractA subset of human cancer syndromes result from inherited defects in genes responsible for DN...
Several human genetic syndromes have long been recognized to be defective in DNA repair mechanisms. ...
Human cells are constantly exposed to DNA damage. Without repair, damage can result in genetic insta...
DNA is subjected to several modifications, resulting from endogenous and exogenous sources. The cell...
The discovery of DNA repair defects in human syndromes, initially in xeroderma pigmentosum (XP) but ...
This paper provides detailed insight into the mechanisms of repair of different types of DNA damage ...
The discovery of DNA repair defects in human syndromes, initially in xeroderma pigmentosum (XP) but ...
Abstract: Genomic instability is the driving force behind cancer development. Human syndromes with D...
An important feature of living cells is their capacity to maintain the integrity of their hereditary...
In its long nucleotide-chains, the DNA double helix contains the genetic information for ten thousan...
The human genome, comprises about three billion base pairs coding for 40 000–50 000 genes and is con...
The genetic disease xeroderma pigmentosum (XP) demonstrates the association between defective repair...
textabstractAn important feature of living cells is their capacity to maintain the integrity of thei...
Maintenance of DNA integrity is crucial for faithful transmission of the genetic code from generatio...
Maintenance of DNA integrity is crucial for faithful transmission of the genetic code from generatio...
AbstractA subset of human cancer syndromes result from inherited defects in genes responsible for DN...
Several human genetic syndromes have long been recognized to be defective in DNA repair mechanisms. ...
Human cells are constantly exposed to DNA damage. Without repair, damage can result in genetic insta...
DNA is subjected to several modifications, resulting from endogenous and exogenous sources. The cell...
The discovery of DNA repair defects in human syndromes, initially in xeroderma pigmentosum (XP) but ...
This paper provides detailed insight into the mechanisms of repair of different types of DNA damage ...
The discovery of DNA repair defects in human syndromes, initially in xeroderma pigmentosum (XP) but ...
Abstract: Genomic instability is the driving force behind cancer development. Human syndromes with D...
An important feature of living cells is their capacity to maintain the integrity of their hereditary...
In its long nucleotide-chains, the DNA double helix contains the genetic information for ten thousan...
The human genome, comprises about three billion base pairs coding for 40 000–50 000 genes and is con...
The genetic disease xeroderma pigmentosum (XP) demonstrates the association between defective repair...
textabstractAn important feature of living cells is their capacity to maintain the integrity of thei...
Maintenance of DNA integrity is crucial for faithful transmission of the genetic code from generatio...
Maintenance of DNA integrity is crucial for faithful transmission of the genetic code from generatio...
AbstractA subset of human cancer syndromes result from inherited defects in genes responsible for DN...