list some similarities between cytoplasm and nucleoplasm

both are fluid substances
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The chromatin condenses to form Chromosomes during cell division. The chromatin in the nucleus forms a 'beads-on-string' structure or Nucleosome. The 'beads' are octamer histone proteins and the 'string' is the double-stranded DNA.The chromatin condenses to form Chromosomes during cell division. The chromatin in the nucleus forms a 'beads-on-string' structure or Nucleosome. The 'beads' are octamer histone proteins and the 'string' is the double-stranded DNA.
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Cytoplasm is the fluid that fills a cell. The cell organelles are suspended in the cytoplasm. Microfilaments and microtubules set up a "skeleton" of the cell and the cytoplasm fills the spaces. The cytoplasm has many different molecules dissolved in solution. There are enzymes, fatty acids, sugars, and amino acids that are used to keep the cell working. Waste products are also dissolved before they are taken in by vacuoles or sent out of the cell. 

Nucleoplasm has a little different composition. Nucleoplasm can only be found inside of the nucleus. It doesn't have big organelles in suspension. The nucleoplasm is the suspension fluid that holds the cell's chromatin and nucleolus. It is not always present in the nucleus. When the cell divides, the nuclear membrane dissolves and the nucleoplasm is released. After the cell nucleus has reformed, the nucleoplasm fills the space again.
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The chromatin condenses to form Chromosomes during cell division. The chromatin in the nucleus forms a 'beads-on-string' structure or Nucleosome. The 'beads' are octamer histone proteins and the 'string' is the double-stranded DNA.The chromatin condenses to form Chromosomes during cell division. The chromatin in the nucleus forms a 'beads-on-string' structure or Nucleosome. The 'beads' are octamer histone proteins and the 'string' is the double-stranded DNA.
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Both are the parts of the cell
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