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Background <p>The pomegranate (<i>Punica granatum</i> L.) has a rich history of cultivation and is renowned for its beneficial properties and nutrient-dense fruits. Iraq's agricultural, medical, and cultural traditions are the foundation of the pomegranate’s historical significance. The distribution of pomegranates in Iraq, particularly in the Duhok Province, reveals the great importance of genetic diversity among its cultivars. <i>Punica granatum</i> has spread to various parts of the world, including Mediterranean countries, Russia, Japan, India, Afghanistan, Pakistan, California, Iraq, and China. The pomegranate has garnered increasing global interest due to its high nutritional value, and its ornamental, industrial, and medicinal benefits. Identifying molecular markers less affected by environmental conditions is crucial for measuring genetic diversity among pomegranate cultivars and assisting breeders in selecting and developing genotypes with higher quality and consistency.</p> Methods <p>This study explored the genetic diversity and stomatal characteristics of nine pomegranate cultivars collected from various locations in Duhok Governorate, Dohuk Governorate, Iraq. Genetic diversity was assessed using a combination of molecular methods, including Start Codon Targeted (SCoT) markers and SRAP markers.</p> Results <p>The results demonstrated that both SCoT and SRAP markers were effective for analyzing genetic diversity in pomegranates. Additionally, the stomatal structure analysis revealed significant variability among cultivars, with consistent internal structures observed across the cultivars.</p> Conclusion <p>However, measurements of stomatal components varied depending on the growing location. This study highlights the wide genetic diversity among pomegranate cultivars and the environmental factors influencing plant development including light, temperature, humidity, and soil conditions. These factors significantly affect physiological processes such as stomatal opening, root development, and secondary metabolite.</p>

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Molecular characterization and cuticular stomatal anatomy of Punica Granatum L. cultivars study in Dohuk governorate

  • 期刊论文

  • 发表日期：

    2025年3月6日

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  • Dalal Y. Kh. Sinjare,
  • Shamiran S. Abdulrahman,
  • Nizek S. Khalid,
  • Rizgar Y. Ismail,
  • Muhammad Yasir Naeem,
  • Zeliha Selamoglu,
  • Gani Issayev,
  • Aveen M. N. Ahmed

摘要

Background

The pomegranate (Punica granatum L.) has a rich history of cultivation and is renowned for its beneficial properties and nutrient-dense fruits. Iraq's agricultural, medical, and cultural traditions are the foundation of the pomegranate’s historical significance. The distribution of pomegranates in Iraq, particularly in the Duhok Province, reveals the great importance of genetic diversity among its cultivars. Punica granatum has spread to various parts of the world, including Mediterranean countries, Russia, Japan, India, Afghanistan, Pakistan, California, Iraq, and China. The pomegranate has garnered increasing global interest due to its high nutritional value, and its ornamental, industrial, and medicinal benefits. Identifying molecular markers less affected by environmental conditions is crucial for measuring genetic diversity among pomegranate cultivars and assisting breeders in selecting and developing genotypes with higher quality and consistency.

Methods

This study explored the genetic diversity and stomatal characteristics of nine pomegranate cultivars collected from various locations in Duhok Governorate, Dohuk Governorate, Iraq. Genetic diversity was assessed using a combination of molecular methods, including Start Codon Targeted (SCoT) markers and SRAP markers.

Results

The results demonstrated that both SCoT and SRAP markers were effective for analyzing genetic diversity in pomegranates. Additionally, the stomatal structure analysis revealed significant variability among cultivars, with consistent internal structures observed across the cultivars.

Conclusion

However, measurements of stomatal components varied depending on the growing location. This study highlights the wide genetic diversity among pomegranate cultivars and the environmental factors influencing plant development including light, temperature, humidity, and soil conditions. These factors significantly affect physiological processes such as stomatal opening, root development, and secondary metabolite.