- klp-11 : klp-20
"heterodimerization of the two distinct motor domains KLP11 and KLP20 of Caenorhabditis elegans kinesin-2 requires a dimerization seed of merely two heptads at the C terminus of the stalk."
- klp-11 : klp-20
"heterodimerization of the two distinct motor domains KLP11 and KLP20 of Caenorhabditis elegans kinesin-2 requires a dimerization seed of merely two heptads at the C terminus of the stalk."
- klp-11 : klp-20
"heterodimerization of the two distinct motor domains KLP11 and KLP20 of Caenorhabditis elegans kinesin-2 requires a dimerization seed of merely two heptads at the C terminus of the stalk."
- klp-11 : klp-20
"heterodimerization of the two distinct motor domains KLP11 and KLP20 of Caenorhabditis elegans kinesin-2 requires a dimerization seed of merely two heptads at the C terminus of the stalk."
- klp-11 : klp-20
The presence of both polypeptide chains (KLP-11 and KLP-20) is essential to form the heterotrimeric KLP11/KLP20/KAP1 complex.
- klp-11 : klp-20
Three kinesin-II subunits were identified from KLP-20::GFP knockin animals.
- klp-11 : klp-20
"Purified kinesin-II behaved as a monodisperse, heterotrimeric complex on sucrose gradients and gel filtration columns consisting of 1 mol each of its subunits KLP-11, KLP-20, and KAP-1 with a native molecular mass of 287 kD."
- klp-11 : klp-20
"The C. elegans heterotrimeric kinesin-II protein consists of three polypeptide chains: KLP11, KLP20 and KAP1."; "In the chemosensory cilia of C. elegans, teams of two Kinesin-2 motors: ~50 slow heterotrimeric kinesin-II (KLP-11/20 KAP-1) and ~30 fast homodimeric OSM-3 teams, work together to drive transport of IFT trains from ciliary base to tip."