Telomeres, as physical ends of linear chromosomes, are targets of a number of specific
proteins, including primarily telomerase reverse transcriptase. Access of proteins to the …

Telomeres are essential structures at the ends of eukaryotic chromosomes. Work on their
structure and function began almost 70 years ago in plants and flies, continued through the …

Little is known about the protein composition of plant telomeres. We queried the Arabidopsis
thaliana genome data base in search of genes with similarity to the human telomere proteins …

Les protéines qui se lient au télomère contribuent à former une structure nucléoprotéique
fonctionnelle aux extrémités des chromosomes. À l'aide d'une approche génomique, deux …

Telomeres are essential elements of eukaryotic chromosomes that differentiate native
chromosome ends from deleterious DNA double-strand breaks (DSBs). This is achieved by …

Telomeres are nucleoprotein structures ensuring the stability of eukaryotic chromosome
ends. Two protein families, TRFL (TFL-Like) and SMH (Single-Myb-Histone), containing a …

Lack of Arabidopsis‐type T3AG3 telomere sequences has recently been reported for the
majority of investigated taxa of the monocot order Asparagales. In order to investigate this …

Although several potential telomere binding proteins have been identified in higher plants,
their in vivo functions are still unknown at the plant level. Both knockout and antisense …

In the telomere region of human chromosomes, the (TTAGGG) n sequence stretches over
several kilobases and forms a distinct higher‐order structure with various proteins. Telomere …

Telomeres are specialized nucleoprotein complexes that are essential for preserving
chromosome integrity in eukaryotic cells. Several potential telomere binding proteins have …