Abstract:
The nourishing and healing properties of jujube have attracted its attention. The physiological and genetic diversity of this species was investigated here. Ziziphus is a fruit product relating to the Rhamnaceae family, and it is well-acknowledged as the most renowned tree in Asia. Understanding the unique treatment needs of jujube plants is critical to generating interest in more jujube (Ziziphus mauritiana) development. This research is intended to examine the organic product yields, SOD, CAT, and flavonoid characteristics. By today, there is limited access to genetic dataabout Ziziphus species. The genomic SSR markers identified in the current research project may collaborate with jujube research in Pakistan to build the foundation for additional quality identifying and genetic linkage assessments, such as markers. Then, we separated SSRs based on their overall length and repeat quantity into numerous linkage groups. We displayed jujube genomes based on motif length, motif type arrangement, and SSR. Following that, we represented jujube genomes in terms of motif length, motif type distribution, and SSR level, and compared them to jujube genomes. We determined whether such SSRs were accessible and adaptable in eight dicot plants. Different scientific tools were used to explore unique interconnections among repeat density, imperfect and length of microsatellites, and genome ensembles of various plant species were assessed for all-inclusive motif imperfection design. Furthermore, the near-genomics technique aided in the analysis of microsatellite preservation imprints in jujube. Through the creation of type-explicit characteristics injujube genomes, the consequence might be a necessity to explore near-developmental effects of uncomplicated noncoding hereditary components, i.e., repeats components. The full genome representation of SSRs in jujube is entirely vital for jujube raising and annotation evaluation. Furthermore, the versatility of jujube SSR prototypes might provide a solid basis for their future implementation. In the future, Z. mauritiana leaves extracted with effective organic activities might be examined forprospective use in the pharmaceutical sector as an antioxidant, antitumor, andanticancer specialist.
Page(s):
66-66
DOI:
DOI not available
Published:
Journal: Abstract Book on Global Science Technology and Management Conference, Volume: 0, Issue: 0, Year: 2023