Silver Wolf Exploration Ltd. announced that it has received the assay results from three hundred and thirty six (336) grab samples collected during the 2nd phase of the exploration program at the Ana Maria Property, located 21 kilometres (km) northwest of the City of Gómez Palacio and the adjacent City of Torreón. The property consists of 9 mining concessions encompassing 2,549 hectares (ha). The Ana Maria Central and South claim groups are shown in Figures 1 and 2 with the location of samples that have assays of copper, lead and zinc grades greater than 0.1% as well as all the highlighted samples listed Table 1 and 2, respectively. The main focus of the mapping and sampling to date has been on the Ana Maria Central claim group as a skarn structure has been identified outcropping on surface with widths ranging from 0.5 - 60 m along the 4.1 km long contact. In addition, the lower claim hosts structures that are consistent with the carbonate replacement deposit (CRD) model and displays mineralization that may be related to the intrusive which warrant further investigation. As indicated in August 3, 2021, press release, engaged Spectir Advanced Hyperspectral Solutions to provide hyperspectral data via drone flight data acquisition. The results were positive and helped identify the skarn contact along the length of the intrusive zone within claims. This provided specific locations along the 4.1 km long skarn contact to follow up with surface mapping and prospecting with field geologists. The field mapping, which was helped by the hyperspectral data acquisition and, previous to that, the Aster satellite work, has allowed for near complete identification of the skarn, on surface, within claim. Grab samples are selective in nature, and do not necessarily reflect the general geology of the Ana Maria property. Samples were submitted to the SGS Laboratory facility in Durango, Mexico. Gold is assayed by fire assay with an AA finish. Multi-element analyses are completed using SGS ICP14B methods. Any copper, manganese or iron samples exceeding 10,000 ppm (1%) are assayed using SGS ICP90Q methods.