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Mitotic and meiotic structural maintenance of chromosome (SMS) and associated proteins in vertebrates^*

Mitosis   Meiosis   Protein   Complex   Function   Protein   Complex   Function   SMC1   Cohesin   SCC, Rec Rep   SMC1   Cohesin   SCC, ?         SMC1ß   Cohesin   SCC, Rec, Chr Struct   SMC3   Cohesin   SCC, Rec Rep   SMC3   Cohesin   SCC, Rec, Chr Struct   RAD21   Cohesin   SCC, Rec Rep   RAD21   Cohesin   SCC, ?         REC8   Cohesin   SCC, ?   SA1 or SA2   Cohesin   SCC, ?   STAG3   Cohesin   SCC, ?   SMC2   Condensin   M Chr Struct   SMC2   Condensin   M Chr Struct   SMC4   Condensin   M Chr Struct   SMC4   Condensin   M Chr Struct   CAP-D2   Condensin   M Chr Struct   ?   Condensin   M Chr Struct   CAP-G   Condensin   M Chr Struct   ?   Condensin   M Chr Struct   CAP-H   Condensin   M Chr Struct   ?   Condensin   M Chr Struct   CAP-D3   Condensin II   M Chr Struct   ?   Condensin   M Chr Struct   CAP-H2   Condensin II   M Chr Struct   ?   Condensin   M Chr Struct   CAP-G2   Condensin II   M Chr Struct   ?   Condensin   M Chr Struct   SMC5     DNA repair   SMC5   ?   ?   SMC6     DNA repair   SMC6   ?   ?   Nse1     DNA repair   ?       Nse2     DNA repair   ?       Nse3     DNA repair       Meiotic segregation, Rec   RAD60     DNA repair   ?       *The same SMC protein might be involved in several different complexes with related or different functions; only the most prominent is named; several different cohesion complexes exist in meiotic cells. The same complex or protein might have different functions; only functions for which there is significant evidence are indicated. SCC indicates sister chromatid cohesion; Rec Rep, recombinational repair; Rec, recombination; M Chr Struct, metaphase chromosome structure; Chr Struct, chromosome structure; ?, unknown but suspected additional proteins, complexes, or functions.

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