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Experimental mirror energy differences (MED) for nuclei lying in the middleand the second part of $1f_{7/2}$ shell are compared with shell modelcalculations in the $1f_{7/2}$ and in the full $pf$ configuration spaces, aswell as with CSM calculations. MED plots are fully consistent with thedescription which emerges from the interpretation of SM calculations: i.e. theband crossing of the gs band with high-$K$ bands in $A$=51 and 50 mirror pairs,as well as the seniority-3 quasi band-termination at $I^\pi$=19/2$^-$ in$A$=49.  Rotational alignment effects are excluded, contrarily to what even recentlyproposed.  Some inconsistencies, as well as definition improprieties, are pointed out inthe topical literature.

Mirror Energy Differences and nuclear structure in 1$f_{7/2}$ nuclei