The wheat group has evolved through allopolyploidization, namely, through hybridization
among species from the plant genera Aegilops and Triticum followed by genome doubling …

Recent studies have shown that allopolyploidy accelerates genome evolution in wheat in
two ways:(1) allopolyploidization triggers rapid genome changes (revolutionary changes) …

SUMMARY A chromosome‐specific painting technique has been developed which
combines the most recent approaches of the companion disciplines of molecular …

Chromosomal change is one of the more hotly debated potential mechanisms of speciation.
It has long been argued over whether–and to what degree–changes in chromosome …

In spite of more than 200 years of botanical exploration of the Orient, resulting in many
herbaria and germplasm collections, sequence data, and transferred alleles, our knowledge …

Wild crop relatives have been playing enormously important roles both in the depiction of
plant genomes and the genetic improvement of their cultivated counterparts. They have …

Four hundred and sixty polyploid wheat accessions and 39 triticale forms from 37 countries
of Europe, Asia, and USA were scored by C-banding for the presence of translocations …

Precise utilization of wild genetic resources to improve the resistance of their cultivated
relatives to environmental growth limiting factors, such as salinity stress and diseases …

Allopolyploidy accelerates genome evolution in wheat in two ways: 1) allopolyploidization
triggers rapid genome alterations (revolutionary changes) through the instantaneous …

Key message Fluorescence in situ hybridization with probes for 45 cDNAs and five tandem
repeats revealed homoeologous relationships of Agropyron cristatum with wheat. The …