Changes between Version 350 and Version 351 of ChromosomeSegregation


Ignore:
Timestamp:
Apr 10, 2016, 10:08:29 PM (5 years ago)
Author:
vw253
Comment:

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Legend:

Unmodified
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  • ChromosomeSegregation

    v350 v351  
    143143||cut2|| PMID: 8632802  PMID: 9264466  PMID: 9312055  PMID: 9755167  PMID: 10459014  PMID: 1052623  PMID: 11029045 PMID: 11084332  PMID: 11598020  PMID: 11967147 PMID: 12390246 PMID: 12553909 PMID: 12783882 PMID: 15146064 PMID: 15791259  PMID: 16303848  PMID: 16483313  PMID: 19117951  PMID: 22084378  PMID: 22645648 ||-||
    144144||'''? remaining 54 including (list on desktop):'''||- ||-||
     145||'''misc kinase/phosphatase'''||- ||-||
     146||ppe1 ||to do PMID:12773390  ||-||
     147|| sds22 phosphatase ||PMID:1846086 PMID:15335873 PMID:8374168 ||-||
     148||sds23 PP2A-type phosphatase inhibitor||- ||-||
     149||'''ubiquitin related''||- ||-||
     150||ubc11 ubiquitin conjugating enzyme E2- ||annotation complete ||18/11/2015||
     151||ubc4|| PMID: 7698660  PMID: 8972853   PMID: 19423874    PMID:19584054   PMID_21389117  CC PMID: 24454826  ||-||
     152||cut8 tethering factor for nuclear proteasome ||PMID:12653962 (more about repair, mah PMID:17178839)|| -||
     153||pop1||PMID:14970237||-||
     154||pop2||PMID:14970237||-||
     155||pop3||-||-||
     156||mlo2 ubiquitin protein ligase E3 component human N-recognin 7 homolog Mlo2 ||-||-||
     157||cdc48 AAA family ATPase ||-||-||
     158||'''cohesion'''||- ||-||
    145159||mis4||PMID:9808627, required in S-phase, not destroyed in G1||-||
    146 ||ppe1 ||to do PMID:12773390  ||-||
     160||dfp Hsk1-Dfp1 kinase complex regulatory subunit Dfp1||-||-||
     161||ssl3 cohesin loading factor Ssl3||-||-||
     162||eso1 sister chromatid cohesion protein||-||-||
     163||swi6 HP1 family chromodomain protein Swi6 ||-||-||
     164||prw1 Clr6 histone deacetylase complex subunit||-||-||
     165||clr6 histone deacetylase (class I) Clr6 ||-||-||
     166||rmi1 RecQ mediated genome instability protein Rmi1||-||-||
     167||wpl1 Wings apart-like homolog Wpl1||-||-||
     168||hta2 histone H2A beta||-||-||
     169||hta1 histone H2A alpha||-||-||
     170||''' spindle'''||- ||-||
     171||mto1 MT organizer Mto1||-||-||
     172||msd1 microtubule-anchoring factor Msd1||-||-||
     173||mal3 ||PMID: 11086011???||-||
     174||wdr8 mitosis-specific spindle pole body WD repeat protein||-||-||
     175||klp9 kinesin-like protein||-||-||
     176||ppc89  spindle pole body protein ||-||-||
     177||SUMO ||-||-||
     178
     179
    147180||scm3 ||PMID:19217404  PMID:15316103 PMID:24186062 (also mis16) CC PMID:24789708   PMID: 26921242||-||
    148 ||mal3 ||PMID: 11086011???||-||
    149 || sds22 phoshatase ||PMID:1846086 PMID:15335873 PMID:8374168 ||-||
    150181||cbh1 CENP-B homolog Cbh1|| -||
    151182||cbh2 CENP-B homolog Cbh2||-||
     
    160191||alp41 GTP-binding protein (beta-tubulin folding)||annotation complete ||01/3/2016||
    161192||mzt1 mitotic spindle organizing protein Mzt1 ||annotation complete||23/4/2015||
    162 ||cdc20||Cdc20 OX > securin can be degraded during interphase, whereas other destruction box proteins will remain stable. In cells lacking Cdc20, securin remains stable, and sister chromatids will not separate (Visintin et al., 1997).||-||
    163 ||ubc11 ubiquitin conjugating enzyme E2- ||annotation complete ||18/11/2015||
    164 ||ubc4|| PMID: 7698660  PMID: 8972853   PMID: 19423874    PMID:19584054   PMID_21389117  CC PMID: 24454826  ||-||
    165 ||cut8 tethering factor for nuclear proteasome ||PMID:12653962 (more about repair, mah PMID:17178839)|| -||
    166 ||pop1||PMID:14970237||-||
    167 ||pop2||PMID:14970237||-||
     193||slp1||Cdc20 OX > securin can be degraded during interphase, whereas other destruction box proteins will remain stable. In cells lacking Cdc20, securin remains stable, and sister chromatids will not separate (Visintin et al., 1997).||-||
     194
    168195===
    169196||dis1 ||PMID:16920624 plus…XMAP215/ TOG/Stu2-family homolog, binds microtubules and localizes to kinetochores (Nakaseko et al., 2001). Mutants in dis1 lack the chromosome alignment phase in metaphase and arrest with elongated spindles and segregated but unseparated chromosome pairs (Nabe- shima et al., 1998; Ohkura et al., 1988).dis1 mutants arrest with an activated spindle checkpoint and appear to ex- perience an increase in sister chromatid cosegregation (70%) at full restrictive temperature. Such cosegregation results when mono-oriented attachment of sister kineto- chores to microtubules from the same SPB is not corrected. Since dis1 mutants lack the phase of constant spindle length when chromosomes are properly aligned ||-||