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Background NO-sensitive guanylyl cyclase (GCNO), the major NO target, exists as an obligate heterodimer of one α and one β subunit. Two types of each subunit have been cloned (α1–2, β1–2), but only β1 and α subunit expression has been reported in the CNS. In this tissue, in situ hybridization studies have shown that β1 is more widespread than α subunits and in some areas is the only GCNO subunit expressed [1]. Since β1/β1 homodimers are catalytically inactive the possibility of β1 having functions other than GCNO activity has been suggested. GCNO is predominantly cytosolic, however recent studies suggest that it can associate to membranes and other intracellular structures including nuclei [2,3].

NO-sensitive guanylyl cyclase β1 subunit interacts with chromosomes during mitosis: novel role in the regulation of chromatin condensation