Prunus ferganensis (Kost. & Riab) Kov. & Kost, is closely related to cultivated peach, P. persica (L.) Batsch, but is distinguished by very long, unbranched leaf veins which turn and run parallel to the leaf margin at the edge of the leaf. Also, the pits have longitudinal grooves. Otherwise the tree and fruit of this species (or sub-species) resemble those of our familiar commercial peach. P. f...

Prunus species are important commercial fruit (plums, apricot, peach and cherries), nut (almond) and ornamental trees cultivated broadly worldwide. This review compiles information from available literature on Prunus species in regard to gene flow and hybridization within this complex of species. The review serves as a resource for environmental risk assessment related to pollen mediated gene f...

3. DECAY PREDICTION. Unfortunately, decay prediction models for stone fruit have not been developed yet. A possible method of disease prediction might consist of prior to commercial harvest placing fruit of more advanced maturity into a plastic bag with wet paper to induce decay development. If decay develops rapidly, this may suggest that some lots of fruit receive additional preharvest fungic...

Isolation of RNA from plants rich in secondary metabolites using commercial kits often results in contaminated preparations which are not suitable for downstream applications. Although many specific protocols appropriate for plants with a high content of phenolics, anthocyanins and polysaccharides have been developed, these are often expensive, time consuming and not applicable to different typ...

The current study was conducted in the animal house of Faculty Education for Girls / University Kufa, and aimed to know effect nano-extract (zinc oxide) seeds Prunus persica armeniaca on histological structure lungs male white rats with ages ranging (6-10) weeks weights (200-250 g). Which were divided into ten groups, each group included 5 rats. first is control second that treated P.persica pl...

Introduction New rootstocks for peaches have been recently introduced into the United States through commercial nurseries. Most all of these rootstocks are complex Prunus L. hybrids that are propagated asexually. Past experience with newly introduced Prunus rootstocks has shown that extensive testing is critical to avoid potential problems in commercial situations due to nonadaptation of some r...

The seeds of the wild Prunus armeniaca L. (wild Apricot) from the Garhwal Region of Uttarakhand (India) was analysed for its proximate compositions and the physico-chemical characteristics of the oil. The elements present in seed oil were also determined which reflected that apricot is rich in Phosphorous, Calcium, Magnesium, Iron and Copper which makes it suitable for edible and commercial oil...