During the 1990s, reconstruction of flowering plant phylogeny took a great step forward.
Rapidly accumulating DNA sequences, in particular from the plastid gene rbcL (eg Chase et al., …

… framework of angiosperm phylogeny, this study does reveal that combined 18S + 26S gene
sequences do a good job in recovering what we now believe is the angiosperm backbone …

… constructed a data set containing sequences from four cpDNA genes (rbcL, atpB, psaA, and
… All major groups of seed plants are represented, and the total aligned sequence per taxon …

… To test the phylogenetic efficiency of this method, we amplified and sequenced 18 … taxa, as
a case study, to reconstruct the phylogeny of all families of the order. Phylograms based on a …

… properties of plastid rbcL and atpB sequences. This was done assuming a phylogenetic tree
previously reconstructed for concatenated plastid (rbcL and atpB) and nuclear 18S rDNA se…

… A few genera/families, members of which had either not been sequenced before or for
which chimaeric sequences were produced, were wrongly placed. Thus, families like …

… -plastid genome sequencing and nuclear gene sequencing should remedy this situation,
as it has done for the early-diverging lamiids. Of course, new phylogenetic understanding may …

… 190 angiosperms and three outgroups. Separate data sets of 18S rDNA (1,855 bp), rbcL (1,428
bp), and atpB (1,450 bp) sequences … rbcL DNA sequences to angiosperm phylogenetics. …

… A phylogenetic study of the family using DNA sequence data has delivered largely
congruent results from the plastid atpB, matK, ndhF, rbcL, and the nuclear PHYC. Our analyses …

… The atpB-rbcL intergenic spacer used in the phylogenetic reconstTuction of Nothofagus in
… this study and GenBank accession numbers for the atpB-rbcL intergenic spacer sequences …