Turnor Lake Project Update  February 6 2007 - Purepoint Uranium Group Inc. (TSX:PTU.V) today released the status and most recent interpretations of its Turnor Lake Project on the eastern plane of Canada's Athabasca Basin. The company intends to focus its exploration efforts on eight discrete target areas. A series of detailed geophysical surveys have been conducted on the property since November 2006 and drilling re-commenced in January 2007. "Turnor Lake has proven itself to be the ideal setting for significant uranium deposition. It represents an area of structural and geological complexity which has consistently returned results indicating a widespread uranium mineralizing event" said Scott Frostad, Vice President Exploration, Purepoint Uranium Group Inc. "More than ever, we now believe Turnor Lake clearly warrants an accelerated and thorough exploration effort." Highlights: The Turnor Lake conductors wrap around the Kelsey Dome, a feature which is associated with neighboring uranium showings (including Cameco's La Rocque Deposit which encountered up to 33.9% U3O8 over 5.5 m); The 27 diamond drill holes completed by Purepoint in 2006 have outlined areas with uranium-rich alteration halos of the nature typically surrounding high grade ore deposits in the Athabasca Basin; A significant but unexplained gravity anomaly has been discovered at depth (beneath current drilling) and may be related to the uranium deposition event; IP resistivity survey results suggest that significant structures and zones of sandstone alteration remain untested; An initial diamond drill program of approximately 1,500 m was initiated in early January 2007 in order to confirm the interpretation of the enhanced geophysics; A complete set of maps and diagrams outlining these findings are available at www.purepoint.ca. The Turnor Lake Project The Turnor Lake Project is 100% owned by Purepoint and includes five claims with a total area of 9,705 hectares situated in the eastern plane of the Athabasca Basin. Depth to the unconformity is shallow at approximately 180 metres. The property covers known graphitic conductors that are associated with uranium showings on adjoining properties, namely Cameco's La Rocque showing (33.9% U3O8 over 5.5 m) to the west and Areva's HLH-50 intercept (5.2% U3O8 over 0.38 m) located to the south. The project lies in close proximity to several uranium deposits including Midwest Lake, McClean Lake, Eagle Point, and Collins Bay. Summer 2006 Drill Results By way of context, the Athabasca sandstone has a consistent background uranium content of only 1 to 2 parts per million (ppm). Uranium concentrations greater than 3 ppm are generally considered significant and are assumed to have come from uranium-rich fluids. Structural traps can cause these fluids to form a uranium deposit. The maximum uranium assay was returned from TL-19 just above the unconformity at 1230 ppm U (0.15% U3O8) over 0.12 metres between 174.05 metres and 174.17 metres. The summer's best intercept of the Turnor Lake uranium halos was from TL-24, which returned 44.8 metres of 11 ppm U (weighted average) between 157.3 m and the unconformity at 198.5 m. A step-fault with a vertical offset of approximately 20 metres is interpreted to extend between holes TL-19 and TL-24 (named Siskin Fault) and to be related to sandstone uranium enrichment in this area. Step-faults are an ideal structural setting for a uranium deposit in the Basin. The table below details the consistently elevated levels of uranium mineralization disclosed by the 2006 diamond drill holes which passed through the Turnor Lake halos: Hole ID Interval (m) Weighted Avg. U (ppm) Max. U (ppm) TL-03 29.0 34 438 TL-09 42.0 15 248 TL-10 17.1 13 57 TL-13 12.9 21 288 TL-14 16.7 12 224 TL-15 24.2 8 77 TL-19 7.3 50 1230 TL-21 25.8 11 134 TL-24 44.8 11 197 TL-28 52.7 7 29 Drill holes TL-03 and TL-09 lie within the target area named Klaproth Point and will be followed up during the current drill program. Drilling to date on the Turaco grid has not provided evidence of the basement uplift previously interpreted to lie at the south end of the conductors being targeted. Enhanced Geophysics Late in 2006, geophysical surveys were initiated to provide further insight into this large and complex area. 1. The Turaco grid was extended northwards with an additional 140 kilometres of line established. 2. Ground gravity and IP Resistivity surveys were performed over the newly extended Turaco grid that covers more than 10 square kilometres. 3. Fixed-loop and Step-wise Moving Loop Electromagnetic surveys are currently in progress over the Turaco grid extension. 4. A detailed helicopter borne VTEM survey is planned for the entire Turnor Lake Property to provide updated magnetic and electromagnetic data of the property. The main gravity anomaly is largely coincident with the previously described zone of flat-lying conductivity. The gravity anomalies are interpreted to represent a dense rock unit subjected to multiple folding events or an intrusive rock emplaced within a structurally complex area. Preliminary interpretation of the IP resistivity survey results has outlined significant structures and zones of sandstone alteration. Partial results of the detailed EM survey now in progress over the northern portion of the Turaco grid area have been compared to historic data to provide the current interpretation. The prospective area that may have cross-cutting structures has been named the Quetzal Zone. 2007 Budget Exploration to date on the package of conductors wrapping through the Turnor Lake property has revealed a large and complex setting, ideally suited to a typical Athabasca Basin unconformity uranium deposit. At this juncture the Company intends to complete the surveys currently in progress and finalize the analysis of the data gathered in order to produce a highly precise and decisive follow up drill program. Over the next 14 months Purepoint intends to commit $3,000,000 to the completion of these interpretations and the design of the resulting drill program. About Purepoint Purepoint Uranium Group Inc. is focused on the precision exploration of its eight, highly prospective projects in the Canadian Athabasca Basin. Established in the Basin well before the resurgence in uranium, Purepoint is actively advancing its large portfolio of multiple drill targets in the world's richest uranium region. Scott Frostad BSc, MASc, PGeo, Purepoint's Vice President, Exploration, is the Qualified Person responsible for technical content of this release. THE TSX VENTURE EXCHANGE HAS NOT REVIEWED AND DOES NOT ACCEPT RESPONSIBILITY FOR THE ADEQUACY OR ACCURACY OF THIS RELEASE. For further information please contact: Purepoint Uranium Group Inc. Chris Frostad, President and CEO (416) 603-8368 www.purepoint.ca