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List of available measure details for EDS No 2

Measure Description More Info
Elu 0 Cell-cycle: Elutriation, reference unsynchronized culture, 0 minutes, Spellman, et al., 1998 here
Elu 120 Cell-cycle: Elutriation, reference unsynchronized culture, 120 minutes, Spellman, et al., 1998 here
Elu 150 Cell-cycle: Elutriation, reference unsynchronized culture, 150 minutes, Spellman, et al., 1998 here
Elu 180 Cell-cycle: Elutriation, reference unsynchronized culture, 180 minutes, Spellman, et al., 1998 here
Elu 210 Cell-cycle: Elutriation, reference unsynchronized culture, 210 minutes, Spellman, et al., 1998 here
Elu 240 Cell-cycle: Elutriation, reference unsynchronized culture, 240 minutes, Spellman, et al., 1998 here
Elu 270 Cell-cycle: Elutriation, reference unsynchronized culture, 270 minutes, Spellman, et al., 1998 here
Elu 30 Cell-cycle: Elutriation, reference unsynchronized culture, 30 minutes, Spellman, et al., 1998 here
Elu 300 Cell-cycle: Elutriation, reference unsynchronized culture, 300 minutes, Spellman, et al., 1998 here
Elu 330 Cell-cycle: Elutriation, reference unsynchronized culture, 330 minutes, Spellman, et al., 1998 here
Elu 360 Cell-cycle: Elutriation, reference unsynchronized culture, 360 minutes, Spellman, et al., 1998 here
Elu 390 Cell-cycle: Elutriation, reference unsynchronized culture, 390 minutes, Spellman, et al., 1998 here
Elu 60 Cell-cycle: Elutriation, reference unsynchronized culture, 60 minutes, Spellman, et al., 1998 here
Elu 90 Cell-cycle: Elutriation, reference unsynchronized culture, 90 minutes, Spellman, et al., 1998 here
alpha 0 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 0 minutes, Spellman, et al., 1998 here
alpha 105 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 105 minutes, Spellman, et al., 1998 here
alpha 112 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 112 minutes, Spellman, et al., 1998 here
alpha 119 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 119 minutes, Spellman, et al., 1998 here
alpha 14 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 14 minutes, Spellman, et al., 1998 here
alpha 21 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 21 minutes, Spellman, et al., 1998 here
alpha 28 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 28 minutes, Spellman, et al., 1998 here
alpha 35 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 35 minutes, Spellman, et al., 1998 here
alpha 42 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 42 minutes, Spellman, et al., 1998 here
alpha 49 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 49 minutes, Spellman, et al., 1998 here
alpha 56 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 56 minutes, Spellman, et al., 1998 here
alpha 63 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 63 minutes, Spellman, et al., 1998 here
alpha 7 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 7 minutes, Spellman, et al., 1998 here
alpha 70 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 70 minutes, Spellman, et al., 1998 here
alpha 77 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 77 minutes, Spellman, et al., 1998 here
alpha 84 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 84 minutes, Spellman, et al., 1998 here
alpha 91 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 91 minutes, Spellman, et al., 1998 here
alpha 98 Cell-cycle: Alpha factor arrest and release, reference unsynchronized culture, 98 minutes, Spellman, et al., 1998 here
cdc15 10 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 10 minutes, Spellman, et al., 1998 here
cdc15 110 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 110 minutes, Spellman, et al., 1998 here
cdc15 130 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 130 minutes, Spellman, et al., 1998 here
cdc15 150 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 150 minutes, Spellman, et al., 1998 here
cdc15 170 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 170 minutes, Spellman, et al., 1998 here
cdc15 190 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 190 minutes, Spellman, et al., 1998 here
cdc15 210 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 210 minutes, Spellman, et al., 1998 here
cdc15 230 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 230 minutes, Spellman, et al., 1998 here
cdc15 250 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 250 minutes, Spellman, et al., 1998 here
cdc15 270 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 270 minutes, Spellman, et al., 1998 here
cdc15 290 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 290 minutes, Spellman, et al., 1998 here
cdc15 30 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 30 minutes, Spellman, et al., 1998 here
cdc15 50 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 50 minutes, Spellman, et al., 1998 here
cdc15 70 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 70 minutes, Spellman, et al., 1998 here
cdc15 90 Cell-cycle: cdc15 arrest and release, reference unsynchronized culture, 90 minutes, Spellman, et al., 1998 here
cold 0 Cold Shock 25-11, reference time 0, 0 minutes here
cold 160 Cold Shock 25-14, reference time 0, 160 minutes here
cold 20 Cold Shock 25-12, reference time 0, 20 minutes here
cold 40 Cold Shock 25-13, reference time 0, 40 minutes here
diau a Diauxic Shift, reference time 0, 540 minutes, DeRisi, et al., 1997 here
diau b Diauxic Shift, reference time 0, 660 minutes, DeRisi, et al., 1997 here
diau c Diauxic Shift, reference time 0, 780 minutes, DeRisi, et al., 1997 here
diau d Diauxic Shift, reference time 0, 900 minutes, DeRisi, et al., 1997 here
diau e Diauxic Shift, reference time 0, 1020 minutes, DeRisi, et al., 1997 here
diau f Diauxic Shift, reference time 0, 1140 minutes, DeRisi, et al., 1997 here
diau g Diauxic Shift, reference time 0, 1260 minutes, DeRisi, et al., 1997 here
dtt 120 DTT Shock 1mm, reference time 0, 120 minutes here
dtt 15 DTT Shock 1mm, reference time 0, 15 minutes here
dtt 30 DTT Shock 1mm, reference time 0, 30 minutes here
dtt 60 DTT Shock 1mm, reference time 0, 60 minutes here
heat 0 Heat Shock 25-37C, reference time 0, 0 minutes here
heat 10 Heat Shock 25-37C, reference time 0, 10 minutes here
heat 160 Heat Shock 25-37C, reference time 0, 160 minutes here
heat 20 Heat Shock 25-37C, reference time 0, 20 minutes here
heat 40 Heat Shock 25-37C, reference time 0, 40 minutes here
heat 80 Heat Shock 25-37C, reference time 0, 80 minutes here
spo 0 Sporulation, reference time 0, 0 minutes, Cho, et al., 1998 here
spo 11 Sporulation, reference time 0, 660 minutes, Cho, et al., 1998 here
spo 2 Sporulation, reference time 0, 120 minutes, Cho, et al., 1998 here
spo 5 Sporulation, reference time 0, 300 minutes, Cho, et al., 1998 here
spo 7 Sporulation, reference time 0, 420 minutes, Cho, et al., 1998 here
spo 9 Sporulation, reference time 0, 540 minutes, Cho, et al., 1998 here
spo- early Sporulation in ndt80 knockout, reference 2 hour timepoint, 120 minutes, Cho, et al., 1998 here
spo- mid Sporulation in ndt80 knockout, reference 5 hour timepoint, 300 minutes, Cho, et al., 1998 here
spo5 11 Sporulation, reference 5 hour timepoint, 660 minutes, Cho, et al., 1998 here
spo5 2 Sporulation, reference 5 hour timepoint, 120 minutes, Cho, et al., 1998 here
spo5 7 Sporulation, reference 5 hour timepoint, 420 minutes, Cho, et al., 1998 here


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