At fertilization the secondary oocyte completes its second meiotic division
the follicular phase
Although the polar bodies do not become anything they do serve a purpose in reproduction/oogenesis. The polar bodies are the byproducts of the primary and secondary oocyte at each point of meiotic division in oogenesis. The polar body allows for the oocyte to get rid of chromosomes while at the same time taking the least amount of resources (cytoplasm) from the oocyte. Each meiotic division serves as a means of moving the oocyte toward its need haploid number of chromosomes for fertilization. So you could say that the polar bodies function as a means of cellular structure conservation. They help ensure that the oocyte remains nutrient/resource rich while at the same time helping the oocyte reach its haploid number.
millions and billions and trillions of cell division, replication, and growth.
The second phase of Meiosis is called Meiosis II. It is characterized by the second division of the cell, so that the two cells from the previous division now become four daughter cells.
i would think they just sorta disappear. theres no use for them so...
sometimes, nuclear division is not followed by cytoplasmic division and a cell with two nuclei, called a binucleated
In the US, you would need to complete at least three years of post-secondary college (undergraduate college) then complete another four years of vet school.
Although the polar bodies do not become anything they do serve a purpose in reproduction/oogenesis. The polar bodies are the byproducts of the primary and secondary oocyte at each point of meiotic division in oogenesis. The polar body allows for the oocyte to get rid of chromosomes while at the same time taking the least amount of resources (cytoplasm) from the oocyte. Each meiotic division serves as a means of moving the oocyte toward its need haploid number of chromosomes for fertilization. So you could say that the polar bodies function as a means of cellular structure conservation. They help ensure that the oocyte remains nutrient/resource rich while at the same time helping the oocyte reach its haploid number.
No. But you will see as you learn more science that not believing or believing will resolve the question for you.
They became a Division I football school in 1888, although they didn't become a Division I BCS (formerly known as Division I-A) until 1953.
Omnivores are both primary and secondary consumers.
By doing it.
Secondary education typically refers to high school. To become a "kids" doctor (pediatrician), it will take four years for the bachelor's degree post secondary school, and four years of medical school. There will also be an additional three or more years to complete the internship and residency requirements.
The bark
No. Obviously not. If a patient does not complete a course of antibiotics, they run the risk of selecting for antibiotic resistant bacteria in their body. If these bacteria become infectious, stronger (more expensive) antibiotics will be required to treat the secondary infection.
become good at soccer...
The male testes have tiny tubules containing diploid cells called spermatogonium that mature to become sperm. The basic function of spermatogenesis is to turn each one of the diploid spermatogonium into four haploid sperm cells. This quadrupling is accomplished through the meiotic cell division detailed in the last section. During interphase before meiosis I, the spermatogonium's 46 single chromosomes are replicated to form 46 pairs of sister chromatids, which then exchange genetic material through synapsis before the first meiotic division. In meiosis II, the two daughter cells go through a second division to yield four cells containing a unique set of 23 single chromosomes that ultimately mature into four sperm cells. Starting at puberty, a male will produce literally millions of sperm every single day for the rest of his life.
ya'll are stupid