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Fish Venom Solutions

Various fish have evolved venom to fight vertebrates, but most fish venoms have not been well characterized. Creative Proteomics provides fish venom solutions, including high-throughput analysis, transcriptome analysis and proteome analysis with high-sensitivity mass spectrometry.

Fish Venom Introduction

Fish account for more than half of all venomous vertebrates, but fish do not seem to pose such a big threat to humans. Venomous fish carry venom in their venom glands and use various delivery systems to release these toxins by biting, stinging, or stinging, which leads to venom poisoning. The most common venom delivery system is through backstabs. Although there are many kinds of venomous fish, the venom devices and pharmacology of most venomous fish are similar, and the current research mainly focuses on the extensive pharmacology of the whole venom, and most fish venoms have not been well characterized. Therefore, a deeper understanding of fish venoms will not only help discover new drug clues, but also help explore our biodiversity more effectively.

Our Fish Venom Solutions

We provide some common fish venom solutions, including but not limited to the following. If your research object is not in the following list, you can directly contact us for more information.

  • Stonefish venom
  • Coral fish venom
  • Scorpionfish venom
  • Waspfish venom
  • Toadfish venom
  • Weever venom
  • Rabbitfish venom
  • Lionfish venom
  • Catfish venom
  • Surgeonfish venom
  • Scat fish venom

Proteomic Approach

We provide high-sensitivity mass spectrometry proteomic analysis for fish venom research, which is an effective method for discovering and characterizing fish venom components.

Fish Venom Solutions

Pharmacological Activity Screening

We combine pharmacological screening to evaluate the biological activity characteristics of fish venom to better understand fish toxins.

Test items Specific contents
Enzyme activity analysis Fibrinogen solubilization activity, gelatin solubilization and hyaluronidase activity, phospholipase A2 activity
Hemolytic activity analysis Animal red blood cells method
Antibacterial activity Minimum inhibitory concentration (MIC) and minimum bactericidal concentration (MBC)
Edema-causing activity Mouse animal experiments
In vivo cardiovascular testing Rat animal experiment


  • Targeted research experiments. It can further isolate and characterize specific proteins/peptides in fish venom.
  • A wide range of fish species. This can develop useful molecules in potential fish venom.
  • In-depth understanding of the overall fish venom and specific toxins. This can better understand venomous fish toxins and provide new strategies for the treatment of fish venom poisoning.
  • Comprehensive modern analysis technology. This allows the creation of high-throughput pipelines to greatly increase the efficiency of fish venom-based drug discovery.

Creative Proteomics has the above advantages in venom research, all of which make us an ideal partner.

Our fish venom solutions provide a wide range of service options for individual researchers or companies who need professional venom research, advanced technology and tools, and fast service cycles. Please contact us for the service you need, you can contact us by email, and our technicians will respond to your questions and requirements within 24 hours. We look forward to and welcome your consultation.

For research use only. Not intended for any clinical use.
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