Changes

The most characteristic feature of a eukaryotic cell, the nucleus, consists of a [[nucleoplasm]] surrounded by a double nuclear membrane pierced by nuclear pores. <ref>http://biotech.icmb.utexas.edu/search/dict-search.html</ref><ref>http://www.iscid.org/encyclopedia/Eukaryote</ref> The nucleoplasm contains the (linear) chromosomes of the cell, which are organised into heterochromatin, which stains only a little, and euchromatin, which stains more densely. The most important euchromatic area is the nucleolus, in which ribosomes are formed.

The most characteristic feature of a eukaryotic cell, the nucleus, consists of a [[nucleoplasm]] surrounded by a double nuclear membrane pierced by nuclear pores. <ref>http://biotech.icmb.utexas.edu/search/dict-search.html</ref><ref>http://www.iscid.org/encyclopedia/Eukaryote</ref> The nucleoplasm contains the (linear) chromosomes of the cell, which are organised into heterochromatin, which stains only a little, and euchromatin, which stains more densely. The most important euchromatic area is the nucleolus, in which ribosomes are formed.

#εύ-καρυον (eu-karyon) - true kernel.  

#εύ-καρυον (eu-karyon) - true [[kernel]].  

#Double-membrane bound nucleus containing linear chromosomes.  

#Double-membrane bound nucleus containing linear [[chromosome]]s.  

#Complex 9+2-type undulipodium, cytoskeleton, cytosis and mitosis.  

#Complex 9+2-type undulipodium, cytoskeleton, [[cytosis]] and [[mitosis]].  

#Many membrane-bound organelles and double membrane-bound endosymbionts.  

#Many membrane-bound organelles and double membrane-bound endosymbionts.  

#They can grow 'large' because cytoplasmic streaming allows rapid transport across the cell - 100 μm.  

#They can grow 'large' because cytoplasmic streaming allows rapid transport across the cell - 100 μm.