  The Minimal Supersymmetric Standard Model (MSSM) can be extended to include
non-holomorphic trilinear soft supersymmetry (SUSY) breaking interactions that
may have distinct signatures. We consider non-vanishing off-diagonal entries of
the coupling matrices associated with holomorphic (of MSSM) and non-holomorphic
trilinear terms corresponding to sleptons with elements $A^l_{ij}$ and
$A^{\prime l}_{ij}$. We first improve the MSSM charge breaking minima condition
of the vacuum to include the off-diagonal entries $A^l_{ij}$ (with $i \neq j$).
We further extend this analysis for non-holomorphic trilinear interactions. No
other sources of lepton flavor violation like that from charged slepton
matrices are considered. We constrain the interaction terms via the
experimental limits of processes like charged leptons decaying with lepton
flavor violation (LFV) and Higgs boson decaying to charged leptons with LFV.
Apart from the leptonic decays we compute all the three neutral LFV Higgs boson
decays of MSSM. We find that an analysis with non-vanishing $A^\prime_{e\mu}$
involving the first two generations of sleptons receives the dominant
constraint from $\mu \to e \gamma$. On the other hand, $A^\prime_{e\tau}$ or
$A^\prime_{\mu\tau}$ can be constrained from the CMS 13 TeV analysis giving
limits to the respective Yukawa couplings via considering SM Higgs boson
decaying into $e\tau$ or $\mu\tau$ final states. Contributions from $A^l_{ij}$
is too little to have any significance compared to the large effect from
$A^{\prime l}_{ij}$.
