Category:Team Gene Queens

Figure 5 shows cleavage of nucleotides on miss-paired bases when KsgA is added.

Figure 2 shows E.coli and different membranes, with and with out ATP and the distribution of phospholipid membranes when MsbA is incorporated into the membrane.

Figure 3 shows that Dcp1p is sufficient to remove the m7Gpp cap from mRNA.

Figure 3 shows that in the absence of pmtA PE is not converted to PC by transmethylation reactions. While in the presence of pmtA it is converted to intermediates of the pathway and PC.

Figure 2A,E show that mutants without Rad3 were unable to phosphorylate Thr93 of Ccq1 and those with Rad3 were able to phosphorylate Thr93 of Ccq1.

Figure 2 show that Tel 1 is required for phosphorylation of Thr 93 of Ccq1. Mutants without Tel 1 were unable to phosphorylate Ccq1.

Figure 1 shows that mutants without Ccq1 are unable to recruit telomerase to the telomerase in vivo.

Figure 3 shows the hydrolysis of xylobiose to xylose. Xylobiose is a Xylan degradation product that is further degraded to xylose.

Figure 1 shows that the activity of BACE-1 is actively involved in the cleave of ST6Gal I from the Golgi membrane inducing secretion. Mutants without BACE-1 activity could not induce the cleavage of ST6Gal I and no secretion occurred.

Figure 2 shows septum formation inhibition in those wild type species treated with antibiotic, in mutant clp species septum formation is able to occur even when treated with an antibiotic.

Figure 3 shows that arcR is responsible for the transcription of genes within the arc operon under anaerobic conditions.

Figure 3 shows that arcR regulates the arginine biosynthetic process by controlling transcription of the arc operon.

Figure 3 shows that when nef is present with hck it can induce tyrosine phosphorylation of endogenous proteins in wild type cells

Figure 2: In this figure there is a strain that contains arsB, arsR, and arsC. This stain is capable of reducing arsenate to arsenite. The second strain used has mutations in both arsB and arsR but is still able to reduce arsenate indicating arsC is responsible for arsenate reduction.

Figure 7. BCCIP Knockdown cells exhibit greater growth inhibition by irradiation compared to control.