Our allies will leave us, and the fence sitters wil lgo to the other side. ❋ Unknown (2008)
Taking the results on the loss of lgo function and the gain of KRP1 function together, we conclude that cell cycle inhibitors are important for setting the timing of entry into endoreduplication and consequently the cell size pattern. ❋ Adrienne H. K. Roeder Et Al. (2010)
In the absence of lgo, the lack of this inhibition might be expected to increase the speed of entry into S phase of the cell cycle and consequently a greater fraction of the population of cells would be in G2, adding to the 4C population. ❋ Adrienne H. K. Roeder Et Al. (2010)
We conclude that the LGO gene is necessary for giant cell formation in the plant. lgo cells continue to divide throughout early development and enter endoreduplication later than wild type as predicted. ❋ Adrienne H. K. Roeder Et Al. (2010)
The lgo mutant has more cell walls within the same space as wild type plants and consequently would be expected to have more cellulose, although this remains to be tested. ❋ Adrienne H. K. Roeder Et Al. (2010)
A higher proportion of 4C cells are found in lgo sepals (Figure 4I); however, the class of 4C cells includes both cells that have endoreduplicated and mitotic cells in the G2 phase after DNA replication of the cell cycle. ❋ Adrienne H. K. Roeder Et Al. (2010)
In both lgo alleles the number of 4C cells is increased and the number of 16C and 32C cells is decreased but still present. ❋ Adrienne H. K. Roeder Et Al. (2010)
Scale bars: 10 µm. lgo mutants block giant cell formation, but not endoreduplication. ❋ Adrienne H. K. Roeder Et Al. (2010)
The relative normality of lgo mutants in our growth conditions despite the production of these extra cell walls suggests that generally decreasing cell size through additional cell divisions may be useful in the production of cellulose feedstocks. ❋ Adrienne H. K. Roeder Et Al. (2010)
In addition, the entire cell size distribution curves are shifted slightly relative to wild type: pATML1:: KRP1 toward the right, indicating an overall increase in cell size, and lgo slightly toward the left, indicating a slight decrease in cell sizes. ❋ Adrienne H. K. Roeder Et Al. (2010)
Highly endoreduplicated 32C cells remain in lgo leaves (Figure S2E). ❋ Adrienne H. K. Roeder Et Al. (2010)
And only Rima, the eyes of the jungle, knows what the heroes do not: something glorious and terrible has risen in the darkest corner of Hida ` lgo! ❋ Unknown (2010)
This phenotype parallels the loss of giant cells in lgo due to extra divisions instead of endoreduplication. ❋ Adrienne H. K. Roeder Et Al. (2010)
Conversely lgo sepals tend to remain curved inward after wild type sepals flatten. ❋ Adrienne H. K. Roeder Et Al. (2010)
I could go on & on writing about the dastardly event but I also know that nothing will happen & all the rogues wil lgo scot free but I'm not giving up hope. ❋ Unknown (2009)
ROB ZOMBIE cd lgo LOVE SLAVE OF SATAN Official SHIRT Md ❋ Unknown (2009)
SLAYER cd lgo ROOT OF ALL EVIL Ofcl Babydoll SHIRT Lrg ❋ Unknown (2009)
(A-C) Hypothetical graphs of the change in cell size over time in wild type (A), overexpression of the cell cycle inhibitor KRP1 (pATML1:: KRP1) (B), and loss of cell cycle inhibitor activity in the lgo mutant (C). ❋ Adrienne H. K. Roeder Et Al. (2010)
Figure S2H-I); however, other endoreduplicated cell types such as hair cells (trichomes 32C) (Figure S2F-G) and the enlarged cells covering the midvein develop normally, which explains the presence of 32C cells in lgo leaves. ❋ Adrienne H. K. Roeder Et Al. (2010)
Here we also observe near conservation of sepal size despite differences in the numbers of cells in wild type, lgo, and pATML1:: KRP1, indicating that the sepals are undergoing compensation ( ❋ Adrienne H. K. Roeder Et Al. (2010)
Don't [worry], LGO. ❋ Hungry. (2009)
