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  1. Ring Chromosome 3

    Ring chromosome 3 (RC3) is an ultra-rare constitutional chromosomal abnormality and has been described in only 13 live-born patients since 1966....
    Maria Isabel Melaragno, Bruna Burssed in Human Ring Chromosomes
    Chapter 2024
  2. Ring Chromosome 9

    Ring chromosome 9 (RC9) is a rare structural chromosome abnormality. Karyoty**, fluorescence in situ hybridization (FISH), chromosome microarray...
    Anna M. Szekely, Peining Li in Human Ring Chromosomes
    Chapter 2024
  3. Ring Chromosome 11

    Ring chromosome 11 (RC11) is a rare chromosomal abnormality with a limited number of cases reported in the literature thus far. Patients with RC11...
    Liming Bao in Human Ring Chromosomes
    Chapter 2024
  4. Ring Chromosome 19

    Ring chromosome 19 (RC19) is a rare genetic abnormality with variable clinical manifestations, ranging from normalcy to developmental and...
    Jiadi Wen, Mei Ling Chong in Human Ring Chromosomes
    Chapter 2024
  5. Ring Chromosome 6

    Ring chromosome 6 (RC6) is a rare constitutional structural abnormality that generally occurs during meiosis or early post-zygotic mitosis. Most of...
    Frenny Sheth, Jhanvi Shah, Harsh Sheth in Human Ring Chromosomes
    Chapter 2024
  6. Ring Chromosome 5

    Human ring chromosome 5 (RC5) is rare, only accounts for approximately 1.3% of the reported human ring chromosomes (RCs). Cri-du-Chat syndrome and...
    **gwei Yu in Human Ring Chromosomes
    Chapter 2024
  7. Ring Chromosome 18

    Although it is ultra-rare, ring chromosome 18 (RC18) is one of the most commonly occurring congenital ring chromosomes (RCs). This is likely due to...
    Jannine D. Cody in Human Ring Chromosomes
    Chapter 2024
  8. Ring Chromosome 10

    Ring chromosome 10 (RC10) has been described in the literature in 18 live-born patients, five of them with breakpoints identified by chromosome...
    Bruna Burssed, Maria Isabel Melaragno in Human Ring Chromosomes
    Chapter 2024
  9. Ring Chromosome 2

    Ring chromosome 2 (RC2) in the context of a karyotype with a modal number of 46 chromosomes is an infrequently documented chromosomal structural...
    Jaclyn B. Murry, Ying S. Zou in Human Ring Chromosomes
    Chapter 2024
  10. Ring Chromosome 17

    Ring chromosome 17 (RC17) that replaces a normal chromosome 17 homologue is extremely rare, and only about 20 RC17 cases were reported in literature....
    Zhongxia Qi in Human Ring Chromosomes
    Chapter 2024
  11. Ring Chromosome 21

    Ring chromosome 21 (RC21) is detected using karyoty**, fluorescence in situ hybridization (FISH), and chromosome microarray analysis (CMA) to...
    Hui Zhang, Hongyan Chai in Human Ring Chromosomes
    Chapter 2024
  12. Ring Chromosome 13

    Ring chromosome 13 (RC13) is detected using karyoty**, fluorescence in situ hybridization (FISH), and chromosome microarray analysis (CMA) to...
    Peining Li, Mei Ling Chong in Human Ring Chromosomes
    Chapter 2024
  13. Ring Chromosome 16

    Ring chromosome 16 (RC16) is an ultra-rare chromosomal structural abnormality with only eight cases reported in the literature. Included in this case...
    Young Mi Kim, Holly Johnson, ... Shibo Li in Human Ring Chromosomes
    Chapter 2024
  14. Ring Chromosome 12

    The ring chromosome 12 (RC12) is an ultra-rare chromosomal disorder with only ten patients reported in the literature. Patients with RC12 often...
    Hugh S. Taylor, Jiadi Wen in Human Ring Chromosomes
    Chapter 2024
  15. Ring Chromosome X

    Cases with ring chromosome X (RCX) were detected using karyoty**, fluorescence in situ hybridization (FISH), Southern blotting, PCR analysis, and...
    Nikhil Sahajpal, Barbara R. DuPont in Human Ring Chromosomes
    Chapter 2024
  16. Ring Chromosome 15

    Ring chromosome 15 (RC15) can be detected using cell-based karyoty** and fluorescence in situ hybridization (FISH) test to determine its structure...
    Qin Wang, Hui Guo, ... Weiqing Wu in Human Ring Chromosomes
    Chapter 2024
  17. Complex Chromosome Rearrangements (CCR)

    Indication for chromosome analysis: Phenotype of de Grouchy syndrome II.
    Claudia Behrend, Javad Karimzad Hagh, ... Gesa Schwanitz in Human Chromosome Atlas
    Chapter 2023
  18. Types of Chromosome Mutations

    Structural chromosome aberrations or chromosome mutations represent apart from aneuploidies the most frequent pathologic findings in applied...
    Claudia Behrend, Javad Karimzad Hagh, ... Gesa Schwanitz in Human Chromosome Atlas
    Chapter 2023
  19. Alterations in chromosome 1q in multiple myeloma randomized clinical trials: a systematic review

    Extra copies of chromosome 1q21 (+1q: gain = 3 copies, amp >= 4 copies) are associated with worse outcomes in multiple myeloma (MM). This systematic...

    Karun Neupane, Gliceida Galarza Fortuna, ... Ghulam Rehman Mohyuddin in Blood Cancer Journal
    Article Open access 25 January 2024
  20. The Importance of Monitoring Non-clonal Chromosome Aberrations (NCCAs) in Cancer Research

    Cytogenetic analysis has traditionally focused on the clonal chromosome aberrations, or CCAs, and considered the large number of diverse non-clonal...
    Eric Heng, Sanjana Thanedar, Henry H. Heng in Cancer Cytogenetics and Cytogenomics
    Protocol 2024
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