Toogood Gold Reports Final Drilling Assays, with All Holes Reporting Gold, Including First 3 of 3 Holes at Mélange Contact

Reasoning: This intercept shows a weak grade-width product (3.2 g/t·m) for gold in an inferred open-pit setting, but contributes to the overall continuity of the Quinlan system. It is historical data, reducing novelty.

Reasoning: This intercept shows a strong grade (3.57 g/t) over a narrow width (3.87 m), resulting in a weak grade-width product (13.8 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator, but it is historical data.

Reasoning: This intercept shows a moderate grade (0.81 g/t) over a narrow width (3.97 m), resulting in a weak grade-width product (3.2 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a strong grade (1.69 g/t) over a moderate width (9.10 m), resulting in a weak grade-width product (15.38 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This sub-interval shows an exceptional grade (5.13 g/t) over a narrow width (2.10 m), resulting in a weak grade-width product (10.77 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a moderate grade (0.96 g/t) over a moderate width (5.32 m), resulting in a weak grade-width product (5.11 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator, but it is historical data.

Reasoning: This intercept shows a weak grade (0.56 g/t) over a moderate width (8.33 m), resulting in a weak grade-width product (4.66 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a moderate grade (0.91 g/t) over a narrow width (3.45 m), resulting in a weak grade-width product (3.14 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a weak grade (0.47 g/t) over a narrow width (3.58 m), resulting in a weak grade-width product (1.68 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a moderate grade (0.84 g/t) over a narrow width (2.37 m), resulting in a weak grade-width product (1.99 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows an exceptional grade (14.48 g/t) over a narrow width (3.35 m), resulting in a moderate grade-width product (48.4 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator, but it is historical data.

Reasoning: This sub-interval shows an exceptional grade (72.53 g/t) over a very narrow width (0.65 m), resulting in a moderate grade-width product (47.14 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a weak grade (0.71 g/t) over a narrow width (2.55 m), resulting in a weak grade-width product (1.81 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a weak grade (0.74 g/t) over a very narrow width (0.87 m), resulting in a very low grade-width product (0.64 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows an exceptional grade (3.33 g/t) over a moderate width (5.78 m), resulting in a weak grade-width product (19.25 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator, but it is historical data.

Reasoning: This sub-interval shows an exceptional grade (10.55 g/t) over a very narrow width (1.49 m), resulting in a weak grade-width product (15.72 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This intercept shows a strong grade (1.32 g/t) over a moderate width (5.33 m), resulting in a weak grade-width product (7.04 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator, but it is historical data.

Reasoning: This intercept shows an exceptional grade (2.2 g/t) over a strong width (29.31 m), resulting in a moderate grade-width product (64.48 g/t·m) for gold in an inferred open-pit setting. This was highlighted as the strongest 2025 intercept at Quinlan, but it is historical data.

Reasoning: This sub-interval shows an exceptional grade (11.42 g/t) over a very narrow width (0.99 m), resulting in a weak grade-width product (11.3 g/t·m) for gold in an inferred open-pit setting. It is historical data, reducing novelty.

Reasoning: This new intercept shows a strong grade (1.91 g/t) over a narrow width (2.66 m), resulting in a weak grade-width product (5.08 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator.

Reasoning: This new intercept shows an exceptional grade (3.74 g/t) over a very narrow width (1.33 m), resulting in a weak grade-width product (4.97 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a weak grade (0.51 g/t) over a moderate width (5.06 m), resulting in a weak grade-width product (2.58 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a strong grade (1.35 g/t) over a very narrow width (0.97 m), resulting in a weak grade-width product (1.31 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a weak grade (0.44 g/t) over a narrow width (2.01 m), resulting in a very low grade-width product (0.88 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a weak grade (0.7 g/t) over a narrow width (1.82 m), resulting in a very low grade-width product (1.27 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a weak grade (0.79 g/t) over a narrow width (2.86 m), resulting in a weak grade-width product (2.26 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a sub-economic grade (0.33 g/t) over a narrow width (2.04 m), resulting in a very low grade-width product (0.67 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a sub-economic grade (0.35 g/t) over a moderate width (4.45 m), resulting in a very low grade-width product (1.56 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a weak grade (0.46 g/t) over a narrow width (3.95 m), resulting in a weak grade-width product (1.82 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator.

Reasoning: This new intercept shows a weak grade (0.61 g/t) over a moderate width (4.60 m), resulting in a weak grade-width product (2.81 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator.

Reasoning: This new intercept shows a weak grade (0.48 g/t) over a moderate width (4.10 m), resulting in a weak grade-width product (1.97 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a strong grade (1.23 g/t) over a moderate width (5.00 m), resulting in a weak grade-width product (6.15 g/t·m) for gold in an inferred open-pit setting. The presence of visible gold is a positive indicator.

Reasoning: This new intercept from the first-ever drilling at Mélange Contact shows a strong grade (1.48 g/t) over a narrow width (3.45 m), resulting in a weak grade-width product (5.11 g/t·m) for gold in an inferred open-pit setting. The high novelty for a new target is significant.

Reasoning: This new intercept from the first-ever drilling at Mélange Contact shows a strong grade (1.05 g/t) over a narrow width (2.35 m), resulting in a weak grade-width product (2.47 g/t·m) for gold in an inferred open-pit setting. The high novelty for a new target is significant.

Reasoning: This new intercept from the first-ever drilling at Mélange Contact shows a strong grade (1.27 g/t) over a very narrow width (0.55 m), resulting in a very low grade-width product (0.7 g/t·m) for gold in an inferred open-pit setting. The high novelty for a new target is significant.

Reasoning: This new intercept shows a strong grade (1.19 g/t) over a moderate width (4.25 m), resulting in a weak grade-width product (5.06 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a moderate grade (0.82 g/t) over a very narrow width (1.15 m), resulting in a very low grade-width product (0.94 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept shows a strong grade (1.86 g/t) over an extremely narrow width (0.20 m), resulting in a very low grade-width product (0.37 g/t·m) for gold in an inferred open-pit setting.

Reasoning: This new intercept from the first-ever drilling at Mélange Contact shows a weak grade (0.60 g/t) over a narrow width (2.70 m), resulting in a very low grade-width product (1.62 g/t·m) for gold in an inferred open-pit setting. The high novelty for a new target is significant.

Reasoning: This new intercept shows a sub-economic grade (0.32 g/t) over a narrow width (2.70 m), resulting in a very low grade-width product (0.86 g/t·m) for gold in an inferred open-pit setting.