vrp1 verprolin, polarity development protein required for actin skeleton J cell biol 1997 (139), 1821-33 no homology to Ath
tea2p MT tip specific marker, needs tea2p for localisation J cell Biol 2000 (151), 15-27 no homology to Ath
sto1 cell polarity protein    no homology to Ath
sph1 structurally related and similar localisation as spa2  Curr Opin Microbiol 1998 Dec;1(6):678-89 no homology to Ath
spa2 spindle pole antigen, binds Bni1p, directs Bni1p to sites of polar growth  Curr Opin Microbiol 1998 Dec;1(6):678-89 no homology to Ath
sid4 septation initiation gene  Proc Natl Acad Sci 2000 97(10):5249-54 no homology to Ath
sec3 localises to the presumptive bud site independent of actin  Curr Opin Microbiol 1998 Dec;1(6):678-89 no homology to Ath
rvs167 actin skeleton organization and endocytosis, interacts with Myo2p yeast 2001 (18), 1053-68 no homology to Ath
Rng2 component of actomyosin ring, homolog of IQGAP curr biol 1998 (11), 611-21 no homology to Ath
plo1p polo kinase, recruits medial ring components to the cell center J cell Biol 1998 (143), 1603-16 no homology to Ath
pea2 promotes actin cortical localization (bud tip and neck) Mol Cell Biol 1998 (18), 4053-4069 no homology to Ath
Liz1 membrane protein, required for normal cell divisionů Mol Biol cell 1999 (10), 245-57 no homology to Ath
Num1 cortical protein, restricted to the mother cell during spindle assembly  J Cell Biol 2001 Jan 22;152(2):251-62 no homology to Ath
myosin1     no homology to Ath
Myo2     no homology to Ath
Myo3     no homology to Ath
Myo51 component of the cytokinetic actin ring J cell sci 2001 (114), 69-80 no homology to Ath
Myo52 growth polarity and cytokinesis J cell sci 2001 (114), 69-79 no homology to Ath
mid1/dmf1 forms central ring at cell cortex during mitosis; essential for correct positioning of division septum; pleckstrin hom dom genes dev 1996 (10), 2707-19 no homology to Ath
IQGAP Promotes the formation of an actin ring (found in animal and yeasts) J Cell Biol 1998 (140), 355-366 no homology to Ath
Kar9 orientation of functional MT attachments into the bud, interacts with Science 2000 Mar 24;287(5461):2260-2 no homology to Ath
Kar9 orientation of functional MT attachments into the bud, interacts with type V myosin, binds Bim1 and Stu2, transported by actin to bud       no homology to Ath
Gic2 similar localisation as Sec3, cell cycle specific expression  Curr Opin Microbiol 1998 Dec;1(6):678-89 no homology to Ath
imp2 component of the actin medial ring during septation J cell biol 1998 (143), 415-27 no homology to Ath
cdc3 assemles into a filamentous ring at the bud site of SC  Curr Opin Microbiol 1998 Dec;1(6):678-86 no homology to Ath
cdc10 assemles into a filamentous ring at the bud site of SC  Curr Opin Microbiol 1998 Dec;1(6):678-87 no homology to Ath
cdc11 assemles into a filamentous ring at the bud site of SC  Curr Opin Microbiol 1998 Dec;1(6):678-88 no homology to Ath
cdc12 assemles into a filamentous ring at the bud site of SC  Curr Opin Microbiol 1998 Dec;1(6):678-89 no homology to Ath
bud6 directs sequential microtubule interactions with the bud tip and neck mol biol of the cell 2000 (11), 3689-702 no homology to Ath
arp3 cytoskeletal organization, interacts with arp3, p41 sop2 Curr biol 1997 (7); 519-529 no homology to Ath
Alp1 cytoskeletal organization Proc Natl Acad Sci 1997 (94), 12390-5 no homology to Ath
Ain1p localises to the actomyosin containing medial ring Mol Biol of the cell 2001 (12), 1061-77 no homology to Ath
byr4 localises to spindle pole bodies in cell cycle regulated manner J biol chem 2000 (275), 14381-7 no homology to Ath
imp2 component of the actin medial ring during septation J cell biol 1998 (143), 415-27 no homology to Ath
pea2 localised to sites of polarized growth and is required for efficient mating and bipolar budding     no homology to Ath