The genetic erosion of Pistacia germplasm has been highlighted in many reports. In order to
emphasize this and to focus more attention on this subject, national and international …

DNA marker can be used for precise plant cultivar identification. However, DNA markers
have often not been used effectively for the identification of plant cultivars due to a lack of an …

Pistacia chinensis Bunge is one of ideal species for producing biodiesel. The tree has
several outstanding characters: drought resistance, tolerance to cold climate, poor, acid or …

DNA marker is a useful technique that has immense power in plant cultivar identification,
which used to be the first preferential utility of any newly developed DNA marker technique …

DNA markers are useful tools that have potential application in crop cultivar identification
and fingerprinting besides others. A novel analysis approach called CID strategy was …

We developed a new approach using RAPD fingerprints to distinguish 37 currant cultivars
from northeastern China based on optimization of RAPD by choosing 11 nucleotide primers …

Despite the usefulness of DNA marker techniques, various DNA markers have not been
widely applied for practical cultivar identification. We developed a novel strategy based on …

DNA marker is a powerful technique that can be used in plant cultivar identification.
However, the prevailing situation is that DNA markers have not been readily and practically …

In this study, we applied a new approach of using random amplified polymorphic
deoxyribonucleic acid (RAPD) fingerprints to distinguish 64 fruiting mei cultivars based on …

DNA fingerprinting is both a popular and important technique with several advantages in
plant cultivar identification. However, this technique has not been used widely and efficiently …