September 28, 2005 -- Toronto, Ontario – Vena Resources Inc. (TSX.V: VEM LIMA: VEM) reports the first quantitative results from uranium exploration and sampling at the Company's extensive Peruvian uranium concessions. The project area comprises 15,500 hectares of land located in the Puno Department of Peru.

The results for the 110 samples analyzed by Activation Laboratories in Hamilton, Ontario are included at the end of this press release, however the results of most interest are shown in the table below. Most of the samples were analyzed by the delayed neutron count process. However, 22 samples shown here were analyzed by x-ray diffraction due to the radiation detection equipment at the nuclear reactor facility of McMaster University being erroneously set off due to the high radiation count. The fracture samples were taken from the narrow fractures as described below and are undiluted results.

The Company has concentrated its efforts on the Macusani and Munani regions. In doing so, it has completed two confirmation sampling campaigns and is developing a more complete understanding of the geological nature of the uranium mineralization occurrences. The uranium occurs in 6 different modes which have been mapped in the field as shown on the plan. These modes include:

1. Uranium Uncomformably Overlying Volcanics - Cappings of 50 centimeter thick yellow uranium minerals have been found in contact with Mitu Group tufas of Upper Permian age. These encrustations occur over 10 meter lengths. It is possible that this capping occurs for the entire length of the formation contact zone.

2. Uranium in Disjunctive Columnar Fractures : Three benches of the upper sequence of the Mitu Group indicate yellow uranium mineralization has been found in columnar fractures.

3. Uranium in Veins : Veins of autenite and torbernite have been found in the Concharrumio trenches of the Lincoln XXIV concession. These hydrothermal minerals and are mineralogically related to Pitchblende.

4. Disseminated Uranium : Light green disseminated uranium minerals have been found disseminated in the tufa benches. This mineralization is the oxidation product of the primary uranium minerals which were regionally distributed by the local Quenamari volcanics.

5. Bedded Uranium Deposits: Two, horizontal mineralized beds up to 1.5 meters thick comprising pitchblende, autenite and torbernite have been found in the escarpment of the benches in the upper tufa sequence.

6. Uranium in Stockworks: Regional faulting has produced intersecting faults and fractures which trend in a northeast to southwest and northwest to southeast orientation. These fractures are filled with both primary and secondary uranium mineralization. There are also shear zones associated with the reactivation of regional faults and radiometric measurements indicate the presence of high grade uranium mineralization. Fracturing in the shear zone occurs in all directions and the host rocks are also mineralized.

All the assay results are shown in the following table. Further information on Vena’s uranium initiative is available on the Company’s website at www.venaresources.com.

Murray Lytle , P.Eng., the Qualified Person on this project, has reviewed this technical information on behalf of the Company.

About Vena Resources Inc.

Vena Resources is dedicated to building capital appreciation and creating long term shareholder value by developing the mineral resources and social welfare of Peru. Vena Resources commitment will be demonstrated by deploying its financial resources to aggressively acquire and advance high quality people and assets throughout the country.

For further information please visit the Company website at www.venaresources.com or contact:

Bryce Bradley , Corporate Development (416) 666-0519 -- email bbradley@venaresources.com

Denis Clement, Director (416) 364-1909 – email dclement@venaresources.com

The TSX Venture Exchange does not accept the responsibility for the adequacy or accuracy of this release. Statements in this press release regarding the Company’s business which are not historical facts are "forward-looking statements" that involve risks and uncertainties, such as estimates and statements that describe the Company's future plans, objectives or goals, including words to the effect that the Company or management expects a stated condition or result to occur. Since forward-looking statements address future events and conditions, by their very nature, they involve inherent risks and uncertainties. Actual results in each case could differ materially from those currently anticipated in such statements.