Multi Pathway Phosphoproteomics in Nannochloropsis

Nannochloropsis, as a kind of widely distributed micro green algae, not only plays an important role in the ecosystem, but also has huge application potential in the fields of bioenergy and healthy food. Phosphorylation, as one of the key ways of cell signal transduction, plays a decisive role in the growth, metabolism and environmental response of nannochloropsis. Therefore, multi-pathway phosphorylated proteomics analysis is essential for a deep understanding of the biological characteristics and application value of nannochloropsis.

 

MtoZ Biolabs has launched a multi-pathway phosphorylated proteomics analysis platform specifically designed for nannochloropsis in response to this need. Combining the most advanced mass spectrometry technology and proteomics analysis methods, we reveal the types, locations and functions of phosphorylated proteins in nannochloropsis.

 

Applications

1. Analysis of Phosphorylation Signaling Pathways Related to the Growth and Development of Nannochloropsis

2. Study on the Dynamic Changes of Phosphorylated Proteins in Nannochloropsis Under Environmental Stress

3. Exploration of the Phosphorylation Regulation Mechanism in the Process of Bioenergy Production by Nannochloropsis

4. Study on the Relationship Between the Development of Healthy Food From Nannochloropsis and Phosphorylated Proteins

 

We have leading technological platforms and an experienced R&D team. We have in-depth research in both the field of microalgae biology and proteomics, providing the most cutting-edge and professional services to each customer. MtoZ Biolabs looks forward to working closely with you to promote the progress of microalgae science and application technology. Free project evaluation，Welcome to learn more details!