Protein Subcellular Localization in Plants

According to the different functions and spatial distribution, the interior of cells can be further divided into other cellular regions or organelles, that is, subcellular. Each subcellular has a unique set of proteins, and the synthesized proteins can only function properly if they are guided by the correct protein sorting signals and transported to the appropriate subcellular, which is called plant protein subcellular localization. If the subcellular localization of plant proteins deviates, it can significantly impact plant cell function.

Lifeasible has established a leading plant proteomics platform, and we have provided you with plant protein subcellular localization services for a long time. We are confident in providing you with the most accurate and cost-effective solutions to help you explore the biological functions of plant proteins.

What We Offer

We design the most scientifically feasible project plan for you according to your research purpose and the characteristics of different plant subcellular. We can provide you with the following detection methods:

• Fusion reporter gene localization method: the target plant protein genes and different reporter genes are fused to construct a fusion gene expression vector. The fusion expression products are then localized using different characteristics. This method is mainly applied to dynamic studies of real-time localization.
• Immunohistochemical localization: mainly using the antigenic immune response of the plant protein itself to detect the location of the protein, it is one of the most direct and accurate localization methods, but the condition that the target protein has specific antibodies needs to be met.
• Co-dissociation marker enzyme-assisted localization: some regions within plant subcellular often have a specific protein expression, and that protein's enzymatic activity can be used as an identification marker.
• Proteomics localization techniques: separating plant proteins using bi-directional electrophoresis, followed by localization and identification using mass spectrometry, offers the advantage of high throughput identification.
• Bioinformatics prediction method: we can also use well-established prediction software to predict the subcellular localization of plant proteins. Then through fluorescent protein labeling, the predicted results are verified by localization.

Plant Species Covered by Our Service

We have successfully provided our clients with various protein subcellular localization analyses in plants such as crucifers, monocotyledons, and valuable trees. These plants include but are not limited to, those shown in the table below.

Applications

• Molecular cell biology
• Proteomics research
• Protein function studies, etc.

Our Service Process

Lifeasible has built a comprehensive service platform for plant protein functional research and is committed to providing better scientific services to our clients. We look forward to working with you and providing quality plant protein subcellular localization services. If you have any interest, questions, or collaboration, please contact us directly.