Darlington, a pioneering cytologist in the early twentieth century, defined “cytogenetics” as the study of chromosomes, genetics, and evolution. Since that time, the field has concentrated on understanding the structures, properties, and behaviors of nuclear genomes at the chromosome level during cell division, including mitosis and meiosis. Furthermore, researchers have investigated how structural and numerical variations in chromosomes affect phenotype and the factors that contribute to chromosomal changes.

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Introduction

  • Timir Baran Jha,
  • Mihir Halder

摘要

Darlington, a pioneering cytologist in the early twentieth century, defined “cytogenetics” as the study of chromosomes, genetics, and evolution. Since that time, the field has concentrated on understanding the structures, properties, and behaviors of nuclear genomes at the chromosome level during cell division, including mitosis and meiosis. Furthermore, researchers have investigated how structural and numerical variations in chromosomes affect phenotype and the factors that contribute to chromosomal changes.