Lakzian and Samet 2010 studied some fixed-point results in generalized metric spaces in the sense of Branciari. In this paper, we study the existence of fixed-point results of mappings satisfying generalized weak contractive conditions in the framework of a generalized metric space in sense of Branciari. Our results modify and generalize the results of Laksian and Samet, as well as, our results generalize several well-known comparable results in the literature. Definition 1.1 see 1 . Let X be a nonempty set and d : X × X → 0, ∞ such that for all x, y ∈ X and for all distinct points u, v ∈ X each of them different from x and y, one has 2 Abstract and Applied Analysis p1 :Then, X, d is called a generalized metric space or shortly g.m.s . Any metric space is a generalized metric space, but the converse is not true 1 .Definition 1.2 see 1 . Let X, d be a g.m.s, {x n } a sequence in X, and x ∈ X. We say that {x n } is g.m.s convergent to x if and only if d x n , x → 0 as n → ∞. We denote this by x n → x. Definition 1.3 see 1 . Let X, d be a g.m.s and {x n } a sequence in X. We say that {x n } is a g.m.s Cauchy sequence if and only if for each ε > 0 there exists a natural number N such that d x n , x m < ε for all n > m > N. Definition 1.4 see 1 . Let X, d be a g.m.s. Then, X, d is called a complete g.m.s if every g.m.s Cauchy sequence is g.m.s convergent in X. Very recently, Lakzian and Samet 9 proved the following nice result. Theorem 1.5. Let X, d be a Hausdorff and complete generalized metric space. Suppose that T : X → X is such that for all x, y ∈ X ψ d Tx, Ty ≤ ψ d x, y − φ d x, y , 1.1where ψ : 0, ∞ → 0, ∞ is continuous and nondecreasing with ψ t 0 if and only if t 0, and φ : 0, ∞ → 0, ∞ is continuous and φ t 0 if and only if t 0. Then, there exists a unique point u ∈ X such that u Tu.