  We study a holographic description for correlation function of 1/4 BPS Wilson
loop operator and 1/2 BPS local operator carrying a large R-charge of order
\sqrt \lambda. We construct a rotating string solution which is extended in S5
as well as in AdS5. The string solution preserves the 1/8 of the supersymmetry
as expected from the gauge theory computation. By evaluating the string action
including boundary terms we show that the string solution reproduces
correlation function in large J \sim O(\sqrt \lambda) limit. In addition, we
found the second solution for which the "size" of the string becomes larger
than the radius of S5. In the case J=0, this solution reduces to the previously
known unstable string configuration. The gauge theory side also contains a
saddle point which is not on the steepest descent path. We show that the saddle
point value matches for this case as well.
