Meiotically

In biology, 'meiotically' describes a process or event that occurs during meiosis, a type of cell division in sexually reproducing organisms. This specific division reduces the chromosome number by half, generating haploid gametes (sperm and egg cells) from diploid cells. This process ensures genetic diversity through recombination and segregation. This crucial cellular event is essential for sexual reproduction and the inheritance of traits. It also involves a series of intricate steps including chromosome pairing, crossing over, and the segregation of homologous chromosomes.

Meiotically meaning with examples

• The geneticist observed the chromosomes in the developing sex cells, noting how they were aligned meiotically prior to division. This precise arrangement was crucial for proper segregation. Understanding the cell division and the changes occurring meiotically helped scientists analyze genetic disorders associated with chromosome mutations, leading to diagnostic progress. They studied the cellular behaviors, as the chromosomes, during the process, went meiotically through different stages, making up the specific phases required for genetic recombination.
• The plant's pollen grains developed meiotically, generating the haploid cells needed for fertilization. The plant's biologist studied the stages meiotically, observing that each phase contributed to the process of genetic variation. The changes meiotically influenced gene expression. Disruptions meiotically can lead to infertility or genetic abnormalities in offspring. The intricate processes, meiotically, ensured the genetic diversity and proper inheritance of traits.
• During the creation of the eggs and sperm cells, the chromosomes paired up and underwent recombination meiotically. This action contributed significantly to the creation of genetic diversity of the resulting offspring. If anything fails meiotically the resulting offspring can sometimes display a variety of health conditions, especially chromosomal aberrations. It also leads to diverse genetic inheritance and can result in unique characteristics in offspring and the evolution of species.
• The scientist examined cells and assessed the events meiotically occurring to see what type of mutations arose during division. The segregation of homologous chromosomes went awry, and the consequences meiotically resulted in aneuploidy. Studying these processes meiotically and the causes of these disruptions help geneticists and biologists understand how genetic disorders and cancer development start. The process meiotically involved the pairing of chromosomes to ensure genetic variation and the health of the organism.
• Genetic material shuffles meiotically generating diverse combinations of alleles in gametes, leading to variation in offspring. Scientists often analyze cells under the microscope, evaluating and observing the events meiotically, to identify any irregularities during this phase. Errors that occur meiotically during chromosomal segregation can lead to the formation of sperm or egg cells that have an abnormal chromosome number. Examining the processes meiotically allows geneticists to understand this complex cellular process.