Since the discovery of the first human neocentromere in 1993, these spontaneous, ectopic centromeres have been shown to be an astonishing example of epigenetic change within the genome. Recent research has focused on the role of neocentromeres in evolution and speciation, as well as in disease development and the understanding of the organization and epigenetic maintenance of the centromere. Here, we review recent progress in these areas of research and the significant insights gained
Since discovery of the centromere-specific histone H3 variant CENP-A, centromeres have come to be de...
The centromere is a genetic locus, required for faithful chromosome segregation, where spindle fiber...
All living organisms require accurate mechanisms to faithfully inherit their genetic material during...
The centromere is essential for the proper segregation and inheritance of genetic information. Neoce...
Centromeres are the complex structures responsible for the proper segregation of chromosomes during ...
The centromere is a chromatin-based platform that accumulates microtubule-binding proteins that driv...
© 2012 Dr. Emma Louise NorthropCentromeres are essential for correct chromosome segregation during c...
Neocentromeres are rare human chromosomal aberrations where a new centromere has formed in a previou...
Supervisors: Professor Andy K. H. Choo & Dr. Lee Wong© 2006 Dr. Nicholas Chau-Lun WongThe Centromere...
Animal neocentromeres are defined as ectopic centromeres that have formed in non-centromeric locatio...
Neocentromeres are fully functional centromeres that have arisen in previously noncentromeric chromo...
The centromere has a pivotal role in structuring chromosomal architecture, but remains a poorly unde...
Using comparative FISH and genomics, we have studied and compared the evolution of chromosome 3 in p...
Sixteen years ago, the discovery of a newly formed, ectopic centromere in a human [1,2] was a turnin...
Abstract It has been hypothesized that human clinical neocentromeres and evolutionary nov...
Since discovery of the centromere-specific histone H3 variant CENP-A, centromeres have come to be de...
The centromere is a genetic locus, required for faithful chromosome segregation, where spindle fiber...
All living organisms require accurate mechanisms to faithfully inherit their genetic material during...
The centromere is essential for the proper segregation and inheritance of genetic information. Neoce...
Centromeres are the complex structures responsible for the proper segregation of chromosomes during ...
The centromere is a chromatin-based platform that accumulates microtubule-binding proteins that driv...
© 2012 Dr. Emma Louise NorthropCentromeres are essential for correct chromosome segregation during c...
Neocentromeres are rare human chromosomal aberrations where a new centromere has formed in a previou...
Supervisors: Professor Andy K. H. Choo & Dr. Lee Wong© 2006 Dr. Nicholas Chau-Lun WongThe Centromere...
Animal neocentromeres are defined as ectopic centromeres that have formed in non-centromeric locatio...
Neocentromeres are fully functional centromeres that have arisen in previously noncentromeric chromo...
The centromere has a pivotal role in structuring chromosomal architecture, but remains a poorly unde...
Using comparative FISH and genomics, we have studied and compared the evolution of chromosome 3 in p...
Sixteen years ago, the discovery of a newly formed, ectopic centromere in a human [1,2] was a turnin...
Abstract It has been hypothesized that human clinical neocentromeres and evolutionary nov...
Since discovery of the centromere-specific histone H3 variant CENP-A, centromeres have come to be de...
The centromere is a genetic locus, required for faithful chromosome segregation, where spindle fiber...
All living organisms require accurate mechanisms to faithfully inherit their genetic material during...