Online Inquiry
Phytohormone-Directed Engineering for Crop Yield Traits Improvement
From growth and development to final maturity, crop development is a complex biological process subject to highly precise regulation. Throughout this entire life cycle, endogenous plant hormones—including auxins, cytokinins, and gibberellins—form the core network that regulates fruit morphogenesis and yield formation. In modern agricultural biotechnology, precise regulation of endogenous plant hormone levels offers a reliable core strategy for overcoming crop yield bottlenecks and improving quality. With years of experience in researching plant hormone signaling pathways and metabolic mechanisms, Lifeasible offers comprehensive solutions, ranging from studies of the molecular mechanisms underlying crop yield mediated by plant hormone signaling pathways to trait improvement.
Our Service for Crop Yield Traits Improvement
Analysis of hormone metabolic networks and target screening
From a systems biology perspective, we identify key molecular switches that regulate crop yield. Using high-throughput sequencing and liquid chromatography–mass spectrometry (LC-MS) platforms, we comprehensively analyze the metabolic networks and spatiotemporal distribution patterns of endogenous hormones during crop development. Concurrently, we integrate multi-omics data—including genomic, transcriptomic, and metabolomic data—to construct multidimensional hormone regulatory network models, enabling the precise identification of key transcription factors and signaling nodes that regulate crop yield and quality formation.
Phytohormone-protein interaction omics and structural biology analysis
We utilize high-throughput surface plasmon resonance (SPR) and bio-light interference (BLI) technologies to quantitatively assess the binding kinetic parameters of hormone ligands with their receptors or target proteins. Furthermore, by combining these methods with cryo-electron microscopy (Cryo-EM) structural analysis, we resolve the three-dimensional structures of core complexes at high resolution, providing intuitive molecular structural evidence for the targeted improvement of hormone receptor sensitivity or specificity in crops.
Precision genetic engineering of phytohormone metabolism and signaling pathways
By precisely regulating plant hormone networks, we provide reliable strategies for hormone-mediated improvement of crop yield traits. Through multidimensional regulation of endogenous hormone levels, we achieve synergistic optimization of both yield and quality. We are capable of specifically regulating the expression of genes involved in hormone synthesis and degradation. Furthermore, we functionally modify key receptors and negative regulators in signaling pathways to enhance the sensitivity of fruit tissues to localized trace hormones.
Integrated platform for high-efficiency gene editing and molecular breeding
The application of gene editing and molecular breeding technologies facilitates the rapid genetic fixation of target traits, accelerating the breeding process. We have established a mature gene-editing technology platform capable of performing site-specific knockouts, base substitutions, or fine-tuning of promoter elements in target genes. This enables targeted optimization of signal transduction at plant developmental sites without disrupting the crop's fundamental growth balance. We also provide high-throughput molecular marker-assisted selection (MAS) services to rapidly identify and purify superior genotypes resulting from gene editing, helping clients significantly shorten breeding cycles.
Fig.2 Our service process. (Lifeasible)
Our Technology Platforms
| High-throughput hormone analysis platform | We utilize LC-MS/MS technology to simultaneously detect dozens of plant hormones and their metabolites at trace levels. |
|---|---|
| High-throughput plant phenomics screening platform | Using automated imaging and analysis systems, we monitor plant growth rates, fruit morphology, and physiological traits in real time under various hormonal regulatory interventions, thereby shortening R&D cycles. |
| Gene editing and molecular breeding platform | With a comprehensive plant transformation system, we can rapidly validate the functions of candidate genes, thereby significantly accelerating the breeding process. |
Highlights of Our Services
- Science-driven. Our team members all possess extensive backgrounds in plant physiology and genetics, ensuring that every improvement plan is grounded in rigorous molecular biological mechanisms.
- Customized solutions. We provide tailored strategies for regulating hormone balance based on the physiological characteristics of different plants, such as tomatoes, grapes, and citrus fruits.
- End-to-end technical support. We offer one-stop R&D consulting and laboratory outsourcing services to help your R&D projects progress from the laboratory to field application.
Lifeasible specializes in the research and application of plant hormones. Leveraging advanced technologies and a strong team of technical experts, we provide comprehensive, reliable solutions to enhance fruit yield and quality traits through plant hormone-mediated mechanisms. If you are interested, please feel free to contact us.
The services provided by Lifeasible cover all aspects of plant research, please contact us to find out how we can help you achieve the next research breakthrough.
Contact*If your organization requires the signing of a confidentiality agreement, please contact us by email.
For research or industrial use.
Related Services
