  Experimental data from the 2m propane bubble chamber for production of
$\Lambda$, $K^0_s$ have been used to search of exotic baryon states, in the
$K_s^0 p$, $K_s^0 \Lambda$ and $\Lambda p$ decay mode for the reaction
p+propane at 10 GeV/c. The estimation of experimental inclusive cross sections
for $\Lambda$ and $K^0_s$ production in the p$^{12}C$ collision is equal to
$\sigma_{\Lambda}$= 13.3$\pm$1.7 mb and $\sigma_{K^0_s}$= 3.8$\pm$0.6 mb,
respectively. The measured $\Lambda /\pi^+$ ratio from pC reaction is equal to
(5.3$\pm0.8)*10^{-2}$. The experimental $\Lambda /\pi^+$ ratio from the pC
reaction is approximately two times larger than the $\Lambda /\pi^+$ ratio
simulated by FRITIOF model from the pC reaction.
  The invariant mass spectrum $\Lambda K^0_s$ registered narrow peaks in
regions of 1750 and 1795 MeV/$c^2$. The statistical significance of these peaks
has been estimated as 5.6 and 3.3 S.D., respectively. These would be candidates
for the $N^0$ or the $\Xi^0$ pentaquark states.
  The $pK^0_s$ invariant mass spectrum shows resonant structures with $M_{K_s^0
p}$=1540, 1613, 1821 MeV/$c^2$. The statistical significance of these peaks
have been estimated as 5.5,4.8 and 5.0 s.d., respectively.
  The invariant mass spectrum S=-1 $\Lambda p$ observed a narrow peaks at 2100,
2175,2285 and 2353 MeV/$c^2$. Their excess above background by the second
method is 6.9, 4.9, 3.8 and 2.9 S.D., respectively.
