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We examine the phenomenological implications of light $\tilde{t}_R$ andhiggsinos in the Minimal Supersymmetric Standard Model, assuming $\tan^2 \beta< m_t / m_b$ and heavy $\tilde{t}_L$ and gauginos. In this simplified setting,we study the contributions to $\Delta m_{B_d}$, $\epsilon_K$, $BR(b \rightarrows \gamma)$, $R_b \equiv \Gamma (Z \rightarrow b \overline{b}) / \Gamma ( Z \to  {\rm hadrons})$, $BR(t \to b W)$, and their interplay.Comment: plain LATEX, 6 figures, 23 A4 page

Phenomenological implications of light stop and higgsinos