condensin

As nouns the difference between terms and condensin

is that terms is while condensin is (protein) a large protein complexes that plays a central role in chromosome assembly and segregation in eukaryotic cells.

As a noun condensin

is (protein) a large protein complexes that plays a central role in chromosome assembly and segregation in eukaryotic cells.

As a verb condensing is

.

Cohesin is a related term of condensin.

In protein|lang=en terms the difference between cohesin and condensin

is that cohesin is (protein) any of a class of proteins responsible for binding the sister chromatids during mitosis while condensin is (protein) a large protein complexes that plays a central role in chromosome assembly and segregation in eukaryotic cells.

As nouns the difference between cohesin and condensin

is that cohesin is (protein) any of a class of proteins responsible for binding the sister chromatids during mitosis while condensin is (protein) a large protein complexes that plays a central role in chromosome assembly and segregation in eukaryotic cells.

As an adjective eukaryotic

is (biology) having complex cells in which the genetic material is organized into membrane-bound nuclei.

As a noun condensin is

(protein) a large protein complexes that plays a central role in chromosome assembly and segregation in eukaryotic cells.

As nouns the difference between segregation and condensin

is that segregation is segregation while condensin is (protein) a large protein complexes that plays a central role in chromosome assembly and segregation in eukaryotic cells.

As nouns the difference between chromosome and condensin

is that chromosome is (biology|cytology) a structure in the cell nucleus that contains dna, histone protein, and other structural proteins while condensin is (protein) a large protein complexes that plays a central role in chromosome assembly and segregation in eukaryotic cells.