Respuesta :
The live cell process or video shows more clearly of what's being taking place and how fast it goes through the complete cell cycle. Where as the static image is just the frozen moment of the process.
Video of the mammalian cells dividing is clear than the static images.
Further Explanation:
The cell cycle is referred as the prearranged flow of steps that include the cellular division as well as cell growth. This cycle form two new daughter cells. The cycle is begins with the interphase. In this phase, mainly the cell replicates and matures its DNA. The interphase starts with:
- G1 phase: It is the main growth phase, which provides enough nutrients to the cell. If a cell doesn’t consists an adequate level of proteins or other materials for the process of replication in the DNA.
- S phase or synthesis of DNA: During this phase, the replication of DNA occurs. The centrosome is divide and forms mitotic spindle during the mitosis phase.
- G2 or second gap: during this phase, the cell mainly replenishes its energy stores as well as synthesizes the proteins which are required for the chromosome manipulation.
The second stage of a cell cycle is the mitosis or M phase. Mitotic phase is referred as the multiple step process. In this process, the chromosomes are segregated, aligned, and forms two new daughter cells that are identical to one another.
The speed of at which the cell division occurs as well as the entire cycle is depicted in a video of a mammalian cell division whereas, in a picture there is a static snip of specific phase of the entire cycle. The speed and time taken by cell to complete the cell cycle cannot be analyzed by the static image.
Learn more:
- Learn more about mitosis https://brainly.com/question/6462270
- Learn more about the menstrual cycle https://brainly.com/question/723944
- Learn more about meiosis https://brainly.com/question/94813
Answer Details:
Grade: High School
Subject: Biology
Chapter: Cell Cycle
Keywords:
Mitosis, meiosis, cell division, anaphase, telophase, cytokinesis, prophase, metaphase, segregation, chromosome, static image, mammalian cell division, static snip.
