Histatin-5 vs Clavanin A

Head-to-head comparison of Histatin-5 (Human histatin 5) and Clavanin A (Clavanin A (tunicate-derived antimicrobial peptide)) — benefits, dosing, side effects, research data, and where to buy.

Research Score

PropertyHistatin-5Clavanin A
CategoryDental & OralMarine-Derived
Full NameHuman histatin 5Clavanin A (tunicate-derived antimicrobial peptide)
Molecular Weight3035 Da~2.6 kDa
Half-Lifeminutes in salivaNR
Amino Acids2423
Typical Dose1-100 µM in research formulationsNR
RouteTopical/Oral rinsein vitro|topical preclinical
Purity≥98%≥98%
Studies Count12083
Research StatusPre-clinicalPre-clinical

Histatin-5 Benefits

  • anti-Candida activity
  • biofilm suppression
  • mucosal wound support
  • oral innate immunity

Clavanin A Benefits

  • antibacterial
  • anti-inflammatory
  • wound-healing lead

Histatin-5 Dosing

topical rinse or gel|short contact exposure|repeat applications in research protocols

Clavanin A Dosing

NR|NR

Histatin-5 Side Effects

  • local irritation
  • proteolytic instability
  • dose-dependent cytotoxicity in vitro

Clavanin A Side Effects

  • hemolysis at high concentrations
  • immunogenicity risk
  • protease sensitivity

Research Overview

Histatin-5

Histatin-5 is a major salivary defense peptide that can kill Candida species and influence oral microbial communities. It is also investigated for wound-healing and xerostomia-associated oral infection models.

Clavanin A

Preclinical work supports broad antibacterial activity and some host-modulating effects, especially in skin and wound models. Activity can be improved through sequence optimization and formulation strategies.

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Common Stacking Partners

Histatin-5 stacks with:

chlorhexidinefluoridexylitol

Clavanin A stacks with:

Clavanin
antimicrobial-peptidecandidasalivaoral-defensemarine-derivedantimicrobial peptidebioactive peptide