AbstractTelomeres, the termini of chromosomes, provide essential stability to linear eukaryotic chromosomes. The enzyme telomerase is one mechanism that maintains telomeres, and is activated in 85% of human cancer cells. New studies on peptide nucleic acids (PNAs) that inhibit telomerase have demonstrated that unexpected regions of the enzyme can serve as targets for inhibitors. The novel delivery method used expands the utility of PNAs
The limited capacity to divide is one of the major differences between normal somatic cells and canc...
The objective of this literature review project is to investigate current therapeutics involved in t...
There are structures on the tip of eukaryotic chromosomes known as telomer. These non-translated rep...
AbstractTelomeres, the termini of chromosomes, provide essential stability to linear eukaryotic chro...
AbstractThe continuous growth of advanced malignancies almost universally correlates with the reacti...
AbstractInhibition of telomerase is an exciting therapeutic target, since it is required for the lon...
Telomerase, the ribonucleoprotein enzyme maintaining the telomeres of eukaryotic chromosomes, is act...
Telomeres are the defensive structure at the end of chromosomes that helps in maintaining genomic in...
Stabilization of telomere length in chromosomes by an RNA-dependent DNA polymerase (telomerase) appe...
BackgroundHuman telomerase has an essential RNA component and is an ideal target for developing rule...
The continuous growth of advanced malignancies almost universally correlates with the reactivation o...
Telomerase is expressed in more than 85% of cancer cells. Tumor cells with metastatic potential may ...
Telomeres are the specialized nucleoprotein structures associated with eukaryotic chromosomal ends, ...
The limited capacity to divide is one of the major differences between normal somatic cells and canc...
The ends of chromosome in higher eukaryote are termed telomere. The DNAs present at that part of chr...
The limited capacity to divide is one of the major differences between normal somatic cells and canc...
The objective of this literature review project is to investigate current therapeutics involved in t...
There are structures on the tip of eukaryotic chromosomes known as telomer. These non-translated rep...
AbstractTelomeres, the termini of chromosomes, provide essential stability to linear eukaryotic chro...
AbstractThe continuous growth of advanced malignancies almost universally correlates with the reacti...
AbstractInhibition of telomerase is an exciting therapeutic target, since it is required for the lon...
Telomerase, the ribonucleoprotein enzyme maintaining the telomeres of eukaryotic chromosomes, is act...
Telomeres are the defensive structure at the end of chromosomes that helps in maintaining genomic in...
Stabilization of telomere length in chromosomes by an RNA-dependent DNA polymerase (telomerase) appe...
BackgroundHuman telomerase has an essential RNA component and is an ideal target for developing rule...
The continuous growth of advanced malignancies almost universally correlates with the reactivation o...
Telomerase is expressed in more than 85% of cancer cells. Tumor cells with metastatic potential may ...
Telomeres are the specialized nucleoprotein structures associated with eukaryotic chromosomal ends, ...
The limited capacity to divide is one of the major differences between normal somatic cells and canc...
The ends of chromosome in higher eukaryote are termed telomere. The DNAs present at that part of chr...
The limited capacity to divide is one of the major differences between normal somatic cells and canc...
The objective of this literature review project is to investigate current therapeutics involved in t...
There are structures on the tip of eukaryotic chromosomes known as telomer. These non-translated rep...