The enhanced function of the hypersensitive ER-α A908G mutant and its discovery in early hyperplastic breast lesions makes it a potentially important marker for studies of breast cancer etiology and progression.
The speculated candidate genes were amplified from ygl138 mutant and its wild-type parent Nipponbare.
We show the initial crystallographic structure analysis of this mutant and its preliminary implications.
To identify the candidate gene of YGL138 t), we sequenced the 10 ORFs in the ygl138 mutant and its wild-type parent, respectively.
Fresh leaf sections of ygl138 mutant and its wild-type parent Nipponbare were fixed in a solution of 3% glutaraldehyde and further fixed with 1% OsO4.
A tps1/tps1 mutant and its parental counterpart, CAI4, exhibited similar growth rates and preserved their dimorphic conversion and agglutination ability.
We identified 5069 proteins from B. napus leaves, of which 443 showed differential accumulations between the cde1 mutant and its corresponding wild-type.
Taken together, our results suggest that gene expression patterns are different between a space flight-induced rice mutant and its on-ground control, and the differential expression of resistance genes may be a potential mechanism that modulates the resistance of 972-4 to rice blast.
The chaperone AtHscA can functionally complement the yeast Ssq1knockout mutant and its ATPase activity is enhanced by AtHscB and AtIscU1.
H. capsulatum Δags1 mutant and its isogenic complementary strain AGS1 were derived from the clinical isolate G186A (ATCC 26029) and have been described in ref 39.
As concerns colonization, persistence, lung damage, and lethality, we found no differences between the fosfomycin resistant mutant and its sensitive parental strain.
