a gene-carrying structure found in the cell core of a eukaryotic cell and most visible throughout mitosis and also meiosis; also, the main gene-carrying chromosome is composed of one really long threadlike DNA molecule and associated proteins
the production of genetically identical offspring by a solitary parent, there is no the joining of gametes.

You are watching: In meiosis, how does prophase i differ from prophase ii?


the development of offspring through the combination of 2 haploid sex cell (sperm and egg), creating a diploid zygote.
the mix of DNA and proteins that constitutes chromosomes; often used to refer to by the chromosomes when a eukaryotic bio cell is no dividing.
a little protein molecule associated with DNA and important in DNA packing in the eukaryotic chromosome.
the bead-like unit of DNA packing in a eukaryotic bio cell; consists of DNA wound around a protein core consisted of of eight histone molecules.
one of the two the same parts the the copied chromosome. When joined, 2 of these consist of one chromosome; lock are ultimately separated throughout mitosis or meiosis II.
the region of the chromosome where two sister chromatids are joined and also where spindle microtubules affix during mitosis and meiosis. The divides at the beginning of anaphase during mitosis and anaphase II that meiosis.
an ordered succession of events (including interphase the mitotic phase) the extends from the moment a eukaryotic cell is very first form native a dividing parent cell until its own department into two cells.
the phase in the eukaryotic cell cycle as soon as the cell is no actually dividing. Throughout which, moving metabolic task is high, chromosomes and organelles are duplicated, and also cell size might increase. This phase accounts because that 90% that the cabinet cycle.
the phase of the cabinet cycle when mitosis divides the nucleus and also distributes the chromosomes come the daughter nuclei and cytokinesis divides the cytoplasm, creating two daughter cells.
the division of a solitary nucleus right into two genetically the same daughter nuclei. It and also cytokinesis consist of the mitotic (M) phase of the cell cycle.
the department of the cytoplasm to type two separate daughter cells. It normally occurs throughout telophase that mitosis, and the two procedures (mitosis and this process) make up the mitotic (M) step of the cabinet cycle.
the first stage that mitosis. Throughout this, duplicated chromosomes condensation to kind structures visible v a irradiate microscope. And the mitotic spindle forms and begins moving the chromosomes towards the center of the cell.
the 2nd stage of mitosis. Throughout this, the centromeres of all the cell"s duplicated chromosomes are lined increase on an imagine plate equidistant in between the poles of the mitotic spindle.
the third stage that mimitosis, start when the sister chromatids different from each other and ending when a complete collection of daughter chromosomes has arrived at every of the two poles the the cell.
a spindle-shaped structure created of microtubules and associated proteins the is involved in the movement of chromosomes during mitosis and meiosis. (It is shaped about like a football.)
Material in the sytoplasm that a eukaryotic bio cell that offers rise to microtubules; vital in mitosis and meiosis; attributes as a microtubule-organizing center.
the very first sign that cytokinesis throughout cell department in an pet cell; a shallow groove in the cell surface close to the old metaphase plate.
a membranous disk that forms across the midline of a splitting plant cell. During cytokinesis the cabinet plate grow outward, accumulating more cell wall material and eventually fusing right into a brand-new cell wall.
a cyclically operating collection of proteins that triggers and coordinates events in the eukaryotic bio cell cycle.
an abnormal organization mass that spreads right into neighboring tissue and also to various other parts of the body; a cancerous tumor.

See more: Like A Quick Learner Crossword Clue, Clue: Quick Learner


treatment because that cancer in which components of the human body that have cancerous tumors room exposed to high-energy radiation come disrupt cell division of cancer cells.
*

*


*