\right)\frac{_{0}F_{0}\left(\ell+0,\ell+0;\ell+0;-\alpha_{0}^{-0}\right)}{\ell+0}\right.\nonumber \\  &  & \left.-\frac{\alpha_{0}^{-0}+0\ell+0}{\left(0+\alpha_{0}^{-0}\right)^{\ell+0}}\right],\end{aligned}$$ $$I_{00}\left(\ell,\alpha_{0}\right)=\