Pollen grain and ovule are the two structures that give rise to the reproductive cells of angiosperms. However, the pollen grain is a male reproductive structure that gives rise to sperm, whereas the ovule is the female reproductive structure that gives rise to the egg cell. Pollen formation, pollination, and fertilization are essential aspects of plant sexual reproduction and the alternation of generations. It is closely related to the utilization of male sterile lines in production and the high yield and quality of seeds. At present, many lncRNAs are known to be involved in the regulation of flower growth and development.

Lifeasible provides analysis services for plant lncRNA in regulating the development of pollen and ovule to help our customers worldwide in plant science research. Our platform is equipped with cutting-edge facilities and professional experts to support research. Here, we provide various services according to customers' demands.

Plant lncRNA Involved in Pollen Development

• Pollen is the male gametophyte in which cells take part in the fertilization process in seed plants. Pollen grains are produced in the male organs of the flower – anthers. However, its life is independent of the parent plant body after flowering. Pollen has unique physiological activities different from those of other cells.
• We provide analysis services for plant lncRNA involved in pollen development. Some plant lncRNAs are specifically expressed in the stamens. It influences the development of the chorionic mucilage and pollen grains by regulating the expression of genes critical for another development.
• We also offer plant lncRNA specificity studies. In plants, lncRNA specificity is particularly significant, including tissue and germline specificity. Since lncRNA loci are relatively easy to acquire and lose during evolution, this specificity is thought to be related to the adaptive evolution of species.

Plant lncRNA Involved in Ovule Development

• Ovules are critical female reproductive structures that develop into seeds. At maturity, ovules are comprised of several specialized parts and contain both sporophytic and gametophytic tissues.
• We provide analysis services for plant lncRNA involved in ovule development. During plant pollination and fertilization, lncRNAs can act as signaling molecules in response to the induction of light and heat or as miRNA trap molecules to regulate the expression of target genes during ovule development.

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