Recently, mutations of the additional sex comb-like 1 (ASXL1) gene were identified in patients with myelodysplastic syndrome (MDS), but the interaction of this mutation with other genetic alterations and its dynamic changes during disease progression remain to be determined.
Furthermore, interactions of the mutations within these interfaces were identified [ 53].
An additional limitation of our meta-cross was that engineered mutations were restricted to individual sub-populations and therefore did not segregate, precluding the inference of interactions between these mutations.
To investigate the interaction of gene mutations in the pathogenesis of adult AML, a complete mutational screening of 17 other genes was performed in all 500 patients (Table 3).
While the increase in kcat is temperature-independent, the increase in stability shows that the resultant interactions of this mutation have a strong enthalpic component.
In addition, the interaction of TP53 mutations with other genetic alterations in AML was largely unknown.
More generally, the effect of these mutations supports interaction option 1.
The effect of these mutations on interactions involving the F-box protein GID2 has not been tested.
CA mutations affecting many of these interactions are available, and differential effects of these mutations on infectivity have been reported depending on the host cell (Matreyek and Engelman, 2013).
We examined the effect of the imeBΔ, mpkCΔ, phoAΔ, and phoBΔ mutations on extracellular protease levels and the interaction of the kinase mutations with the two types of xprG mutation using skim milk agar and protease enzymes assays.
