Bassari Resources Limited announced that in addition to the recent successful resource delineation drilling program at the Konkoutou Hill deposit, Directors reported that the maiden reverse circulation drilling program at Konkoutou North has also returned high grade and encouraging gold intercepts. This is the outcome for the first drilling program into the prospect with results including: 6m at 6.3g/t Au from 21m (RCM103); 4m at 2.3g/t Au from 29m and 3m at 5.1g/t Au from 53m (RCM098); 1m at 25.0g/t Au from 48m (RCM092). The initial reverse ciculation (RC) drilling program on the Konkoutou North prospect comprised 16 holes (RCM090 to RCM105) totaling 1179m in five 200m-spaced lines along the interpreted main zone. The holes were 40m apart on section and most holes (13) were drilled towards an azimuth of 105°N at a dip of -60°. Three holes on one line were drilled towards an azimuth of 285° with the same dip (scissor holes) to check the orientation of the structures controlling the gold mineralization. The objective of the drilling was to confirm at depth and on strike the mineralised structures previously highlighted with the rock and trench results as noted above. A total of 1,241 samples (including check samples) were sent to the SGS laboratory in Bamako, Mali for gold analysis. These drilling results have highlighted the presence of a series of gold mineralised lodes characterised by quartz carbonate veins and veinlets associated with pyrite and arsenopyrite. The geology is mainly characterised by a sedimentary sequence of greywacke and shale with quartz veins and quartz veinlets intruded by metagabbro. This is similar mineralization and host geology to the 1Moz Makabingui gold resource. The Konkoutou North prospect is the second prospect to be drilled on the Moura Permit among numerous other prospects yet to be drilled. It is an area of 2.0km x 0.3km defined by gold-in-soil anomalies which coincide with a geophysical anomaly highlighted by the High Resolution Airborne Magnetic and Radiometric Survey conducted in June 2012 by Xcalibur Airborne Geophysics.