Mr. Paul Jones reports

NUINSCO DRILLING INTERSECTS FURTHER URANIUM AT DIABASE PENINSULA PROJECT

Drill results grading up to 92 parts per million (ppm) uranium (U), in association with a number of other elements at anomalous concentrations continue to highlight the possibility of significantly anomalous uranium mineralization at Nuinsco Resources Ltd.'s Diabase Peninsula project in Saskatchewan's Athabasca basin.

Earlier this year, 1,900 metres of diamond drilling was completed in five holes in the south-central portion of the Diabase Peninsula project. The drilling targeted coincident TEM and gravity geophysical targets near holes from earlier drilling programs which encountered highly anomalous uranium values of up to 707 ppm U (0.083 per cent U3O8) located at or near the contact between the sandstone layer and underlying graphite-bearing basement rocks -- the prime site for the occurrence of uranium deposits in the Athabasca basin.

"As noted in reporting the drilling from late 2010, uranium values exceeding 10 ppm suggest the presence of an alteration zone and the distinct possibility of a lens of uranium mineralization in the immediate vicinity. Such uranium grades have been encountered in previous drilling, including this latest program, where uranium values peaked at 92 ppm in hole ND1103 and uranium grades exceeding 10 ppm were intersected in four of the five holes in the program," said Nuinsco president Paul Jones.

The 21,959-hectare Diabase Peninsula project is located approximately five kilometres north of the southern boundary of the Athabasca basin. It encompasses a 35-kilometre strike length above the regional-scale Cable Bay shear zone deformation zone in the basement rock units below the basin sandstone.

Diamond drill hole ND1101, drilled on Section 3200N, intersected numerous faults below 384 metres and encountered anomalous values in U, silver, arsenic, cobalt, nickel and zinc, with intermittent boron and Al2O3 from 388.5 m to the unconformity at 402.7 m. Anomalous cobalt extends well into the upper basement.

In ND1102, drilled on Section 3000N, uranium by total dissolution-ICP method ranges from 10.7 to 92.0 ppm between 396.95 m and 401.45 m, with continuously anomalous U, Ag, As, Co, Ni, lead and Zn present and with a moderately anomalous boron halo above and below the zone, which straddles the unconformity found at 400.5 m. As well, anomalous As, Co and Ni occur in a graphitic shear zone, intersected between 437 to 442 metres.

ND1103, drilled on Section 3300N, intersected a wide zone of geochemically anomalous rock from 421.5 to 441 m, straddling the unconformity at 428.75 m. Uranium by total dissolution-ICP ranges from 4.46 to 47.8 ppm, accompanied by anomalous arsenic, cobalt, nickel, lead, zinc and boron. Two graphite-bearing horizons were cut, from 435 to 438 m and 461.8 to 471.4 m. The second was strongly anomalous in As, Co, Ni, Pb, and Zn from 463.4 m to 471.4 m.

ND1104 was drilled on Section 2275N, and intersected sheared graphite-pyrite-rich metapelite immediately below the unconformity at 387.1 m. Uranium values range from 6.48 to 72.1 ppm in the lowermost sandstone and three basement samples between 384 m and 393 m. Widely distributed lead anomalies occur, halo-like, above and below the main anomalous zone, and As, Co, Ni and Zn persist at anomalous concentration to the end of the hole at 458 m.

ND1105, drilled on 2000N, followed up anomalous results near the unconformity in previous hole ND0704, which had also revealed an 18-metre interval of brecciated sandstone 80 m above the unconformity. The hole encountered a perched boron and Al2O3 anomaly from 345 to 352.5 m, with the unconformity cut at 360.1 m. The second sample below the unconformity returned anomalous 11.1 ppm uranium by total dissolution-ICP from weathered basement rock containing no graphite.

Analytical facilities of the Saskatchewan Research Council in Saskatoon performed the analyses in connection with the drill program. Results reported for Nuinsco's quality assurance and quality control blank and certified reference material standard samples, along with values determined for internal laboratory standards and duplicate analyses, allow for a very high degree of confidence in the accuracy of the results reported for the program.

Exploration work on the 21,900-hectare Diabase Peninsula project, located approximately five kilometres north of the southern boundary of the Athabasca basin, has included 38 widely spaced drill holes totalling 15,787 m, airborne and ground geophysical surveys, geochemical surveys and mapping. Nuinsco is the operator, currently owns an approximate 89-per-cent interest in the property and is partnered with Trend Mining Co. of Hilton Head, S.C. The manager of Canadian exploration for Nuinsco, C.A. Wagg, who acts as a qualified person for the project under National Instrument 43-101, has reviewed the technical contents of this news release.

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