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Neocentromere

  • Construction of Neocentromere-Based Human Minichromosomes by Telomere-Associated Chromosomal Truncation

    Construction of Neocentromere-Based Human Minichromosomes by Telomere-Associated Chromosomal Truncation

  • Molecular Characterization of an Analphoid

    Molecular Characterization of an Analphoid

  • Centromere Repositioning Causes Inversion of Meiosis and Generates a Reproductive Barrier

    Centromere Repositioning Causes Inversion of Meiosis and Generates a Reproductive Barrier

  • A Centromere Finds A

    A Centromere Finds A

  • Neocentromeres Lack Epigenetic Memory and Hallmarks of Native Centromeres in Cryptococcus Deuterogattii

    Neocentromeres Lack Epigenetic Memory and Hallmarks of Native Centromeres in Cryptococcus Deuterogattii

  • Neocentromeres Provide Chromosome Segregation Accuracy and Centromere Clustering to Multiple Loci Along a Candida Albicans Chromosome

    Neocentromeres Provide Chromosome Segregation Accuracy and Centromere Clustering to Multiple Loci Along a Candida Albicans Chromosome

  • CENP-A Ubiquitylation Contributes to Maintaining the Chromosomal Location of the Centromere

    CENP-A Ubiquitylation Contributes to Maintaining the Chromosomal Location of the Centromere

  • The Activation of a Neocentromere in Drosophila Requires Proximity to an Endogenous Centromere

    The Activation of a Neocentromere in Drosophila Requires Proximity to an Endogenous Centromere

  • Centromeres Under Pressure: Evolutionary Innovation in Conflict with Conserved Function

    Centromeres Under Pressure: Evolutionary Innovation in Conflict with Conserved Function

  • Centromere Deletion in Cryptococcus Deuterogattii Leads to Neocentromere Formation and Chromosome Fusions Klaas Schotanus, Joseph Heitman*

    Centromere Deletion in Cryptococcus Deuterogattii Leads to Neocentromere Formation and Chromosome Fusions Klaas Schotanus, Joseph Heitman*

  • Neocentromere-Mediated Chromosome Movement in Maize Hong-Guo Yu,* Evelyn N

    Neocentromere-Mediated Chromosome Movement in Maize Hong-Guo Yu,* Evelyn N

  • Efficient Neocentromere Formation Is Suppressed by Gene Conversion to Maintain Centromere Function at Native Physical Chromosomal Loci in Candida Albicans

    Efficient Neocentromere Formation Is Suppressed by Gene Conversion to Maintain Centromere Function at Native Physical Chromosomal Loci in Candida Albicans

  • Efficient Neocentromere Formation Is Suppressed by Gene Conversion to Maintain Centromere Function at Native Physical Chromosomal Loci in Candida Albicans

    Efficient Neocentromere Formation Is Suppressed by Gene Conversion to Maintain Centromere Function at Native Physical Chromosomal Loci in Candida Albicans

  • Stable Inheritance of Telomere Chromatin Structure and Function in the Absence of Telomeric Repeats

    Stable Inheritance of Telomere Chromatin Structure and Function in the Absence of Telomeric Repeats

  • Plant Neocentromeres: Fast, Focused, and Driven

    Plant Neocentromeres: Fast, Focused, and Driven

  • Molecular Complexes at Euchromatin, Heterochromatin and Centromeric Chromatin

    Molecular Complexes at Euchromatin, Heterochromatin and Centromeric Chromatin

  • Construction of Neocentromere-Based Human Minichromosomes for Gene Delivery and Centromere Studies

    Construction of Neocentromere-Based Human Minichromosomes for Gene Delivery and Centromere Studies

  • Centromere Repositioning Induced by Inner Kinetochore Impairment Generates a Meiosis Barrier

    Centromere Repositioning Induced by Inner Kinetochore Impairment Generates a Meiosis Barrier

Top View
  • Implication of the Genomic Impact from Centromere Activation and Inactivation
  • ISOCHROMOSOME NEOCENTROMERE 15Qter MOSAICISM Siri Huston, Yvette Rush, Tom Hempel, Ann Olney, Hope Chipman and Warren G
  • Centromere Scission Drives Chromosome Shuffling and Reproductive Isolation
  • Human Centromere Repositioning ''In Progress''
  • Centromere Chromatin Structure – Lessons from Neocentromeres
  • Centromere Deletion in Cryptococcus Deuterogattii Leads to Neocentromere Formation and Chromosome Fusions
  • Mixed Knobs in Corn Cobs
  • REVIEW Neocentromeres: New Insights Into Centromere Structure, Disease Development, and Karyotype Evolution
  • DNA Replication-Mediated Error Correction of Ectopic CENP-A Deposition Maintains Centromere Identity
  • 20 Inversion Chromosomes
  • Title the Evolutionary Life Cycle of the Resilient Centromere
  • Identification of a Maize Neocentromere in an Oat-Maize Addition Line
  • Active Centromere and Chromosome Identification in Fixed Cell Lines Thian T


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