General caseAs usual, N := {1, 2, . . . }, R and C are the sets of real and complex numbers, resp. We denote by λ the Lebesgue measure on C n , n ∈ N. Given z ∈ C n and r > 0,f dλ when this integral there exists. We start from new even for n = 1 Теорема 1. Let D ⊂ C n be a pseudoconvex domain, z 0 ∈ D, and u be a plurisubharmonic function on D, u(z 0 ) = −∞. Then for each number ε > 0 there is a holomorphic function f on D such that f (z 0 ) = 0 andThis Theorem develops and generalizes results of O. V. Epifanov for n = 1 [1; Lemma], our results [2; Lemma 1.1], [3, Main Theorem] etc. The proof uses the Hörmander-Bombieri method [4; Theorem 4.2.7]. * Supported by RFBR (project no. 13-01-00030)