The nuclear 2C DNA content of seven Pinus species and Pseudotsuga menziesii was
determined by flow cytometric analysis. Conditions for nuclear isolation were adapted to …

Nuclear DNA content was determined in nuclei isolated from needles, stems and roots of in
vitro grown seedlings and from megagametophytes and embryo of mature seeds in three …

Nuclear 1C DNA content in haploid megagametophyte tissue of 18 North American and one
exotic Pinus species was determined using scanning microspectrophotometry. The nuclear …

Pinus resinosa displays a rather uniform phenotype over a relatively small geographic
distribution with a 9-degree latitudinal spread. DNA quantity per cell from 20 seed sources …

The 2C DNA content and base composition of five Pinus (2 n= 24) species and two Pinus
subspecies from the Balkan region have been estimated by flow cytometry. P. heldreichii …

Chromosomal landmarks in four Pinus species: P. densiflora, P. thunbergii, P. sylvestris, and
P. nigra were identified by fluorescence in situ hybridization (FISH) using hapten-or …

Flow cytometry is a convenient and rapid method that has been used extensively for
estimation of nuclear genome size in plants. In contrast to general expectations, results …

Genomic DNA was isolated from in vitro Pinus radiata seedling with five DNA isolation
protocols commonly used for pines. The methods described by Jobes et al.(1995) and …

A high-yield method for the isolation of intact nuclei and chromosomes in suspension from a
variable number of pea root tips (1–10) has been developed. This procedure is based on a …

Using laser flow cytometry, nuclear DNA amounts were estimated for 12 Prunus species,
representing three subgenera [Prunophora (Prunus), Amygdalus, and Cerasus …