Prediction of the Localization of Subschloroplast

In green plants and algae, chloroplasts are the primary site of life activity, the organelles of photosynthesis, and the unique energy converters. The study of subschloroplast localization is a deeper problem than protein subcellular localization. The accurate localization of subschloroplast is more beneficial to understanding their functions, so it has become a key research hotspot for subcellular protein localization in recent years.

Lifeasible, a biotechnology company in the plant sector, has extensive project experience and insight into various areas of plant organelle research. Our skilled scientists and experts have contributed a great deal of energy and time to exploring and optimizing advanced sub-chloroplast localization methods. We confidently provide botanists with a highly accurate predictive analysis of subschloroplast localization.

What We Offer

Our predictive service for subschloroplast localization based on the fusion of multiple types of information is described below.

• The protein subschloroplast information data was first searched and filtered from the Swiss-Prot database, resulting in a new protein subschloroplast dataset containing three subcellular locations.
• Then, the segmental composition information of amino acid single peptide, amino acid spacer dipeptide coupling information and amino acid index information, predicted protein secondary structure information, and protein backbone information based on protein sequence are calculated.
• The more mature Gene Ontology annotation information based on biological process and molecular function and the evolution information and conservation information of proteins based on the PSSM matrix are used in the subcellular localization of proteins. They were used as characteristic parameters for predicting the position of the subschloroplast, and the optimal parameter combination was obtained by screening.
• Finally, a novel hierarchical multi-labeling architecture was used to detect subschloroplast localization, obtain information about subschloroplast localization, and synthesize the analysis to produce a detailed experimental report.

Advantages of Our Service

Our Service Process

Lifeasible has established close international partnerships with renowned companies. We have the professional staff, high-end equipment, and experience to provide you with an efficient and effective solution for your research project. If you have questions about our subschloroplast localization prediction analysis service, please do not hesitate to contact us.