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Table 2 List of BACs for GGA chromosomes and the corresponding chromosomes in Willisornis vidua

From: Analysis of multiple chromosomal rearrangements in the genome of Willisornis vidua using BAC-FISH and chromosome painting on a supposed conserved karyotype

BAC Clone WVI GGA/TGU Orientation Rearrangements
CH261-119K2 1a 1 1 Fusion
CH261-83O13 1a 1 2 Fusion
CH261-36B5 1a 1 3 Fusion
CH261-118M1 1 1 4 Inversion
CH261-168O17 1 1 8 Inversion
CH261-107E2 1 1 7 Inversion
CH261-58K12 1 1 6 Inversion
CH261-184E5 1 1 5 Inversion
TGMCBA-340P4 3 2 1 Inversion
CH261-169N6 3 2 2 Inversion
CH261-50C15 3 2 4 Inversion
TGMCBA-78C11 3 2 3 Inversion
CH261-44D16 3a 2 5 Inversion
TGMCBA-295P5 2 3 1 Fusion
TGMCBA-130M12 2 3 3 Inversion
CH261-160I6 2 3 4 Inversion
CH261-97P20 2 3 5 Inversion
CH261-17B14 2 3 6 Inversion
CH26-250J17 2 3 2 Inversion or translocation
TGMCBA-64D9 2 3 7 Inversion
CH261-120H23 2 3 8 Fusion
TGMCBA-330J11 4a 4 2 Inversion
CH261-111A15 4a 4 1 Inversion
CH261-18C6 4 4 3 Inversion
CH261-85H10 4 4 4 Inversion
CH261-89P6 4 4 5 Fusion
TGMCBA-216A16 4 4 6 Fusion
CH261-73F2 6 5 1 Inversion
CH261-49B22 6 5 3 Inversion
CH261-122F8 9* 5 4 Inversion
CH261-78F13 9* 5 2 Inversion
TGMCBA-382J4 5 6 2 Inversion
CH261-49F3 5 6 1 Inversion
CH261-56K7 7 7 1 Fusion
TGMCBA-34L13 7 7 2 Inversion
CH261-186K14 7 7 3 Inversion
CH261-38E18 7 7 4 Fusion
TGMCBA-252A4 10 8 1 Inversion
CH261-187M16 8 9 1 Fusion
CH261-42P16 6p distal 17 2 Fusion
TGMCBA-375I5 6p distal 17 1 Fusion
TGMCBA-200J22 Z Z 1 Fusion
TGMCBA-270I9 Z Z 2 Fusion
  1. *Probes overlapped in the fish images **The correct position of the micro involved is beyond the scope of this paper due to the absence of the WVI genome; The BACs used are those previously developed by Damas et al. [25]. The orientation means the order of the BAC clone in WVI karyotype