Anabaena Peptide De Novo Sequencing

Anabaena, commonly known as blue-green algae, is widespread in freshwater bodies. Besides causing water pollution and deadly algal blooms in certain seasons, this type of algae also produces a harmful substance known as anabaena. These algae produce various toxic peptides that can cause the death of fish, shellfish, and other aquatic animals, posing potential threats to human health. Therefore, in-depth analysis and research on the peptides in anabaena are particularly important.

 

De novo sequencing is one of the foundational technologies for protein and peptide structure analysis. It refers to the technology of sequencing the protein samples directly without the reliance on any known gene or protein databases to obtain their amino acid sequences. For anabaena peptides, this technology has significant research value. MtoZ Biolabs, with its profound accumulation in the field of proteomics, has developed a de novo sequencing technology for anabaena peptides, and in combination with Liquid Chromatography-Mass Spectrometry (LC-MS), provides de novo sequencing services for researchers studying anabaena peptides.

 

Service Advantages

1. High Coverage, Accuracy

Our de novo sequencing technology utilizes high-resolution mass spectrometer Obitrap Fusion Lumos, ensuring accurate identification and location of amino acid residues, providing clear, accurate peptide sequence information with a coverage rate of up to 100%, and the first-time amino acid accuracy rate is as high as 95%.

 

2. High Sensitivity

Our technology can detect low-abundance proteins and peptides, ensuring no vital bioactive substances are missed.

 

3. Wide Range of Applications

In addition to anabaena, this technology can be widely applied to peptide sequencing in other microbial, plant, and animal samples.

 

Applications

1. Environmental Monitoring

Sequencing of anabaena peptides can monitor the changes in algal toxins in water bodies in real-time, providing scientific basis for water quality management and algal bloom warning.

 

2. Biological Activity Research

Anabaena peptides have various biological activities, such as anti-tumor, anti-inflammatory, etc. De novo sequencing helps reveal their mechanisms of action.

 

3. New Drug Development

Some anabaena peptides have potential medicinal value. De novo sequencing can provide important information for new drug development.

 

As environmental issues and public health safety receive increasing attention, research on anabaena and its toxins is also increasing. MtoZ Biolabs has advanced equipment and an experienced team, providing professional, accurate anabaena peptide de novo sequencing services. We understand the needs and challenges of each researcher, customize solutions for you, and ensure your research receives the best support. MtoZ Biolabs looks forward to working with you. Feel free to consult for more details!