Review Article

A Review on the Fascinating World of Insect Resources: Reason for Thoughts

Table 4

Components of bee venom and their major characteristics.

ComponentsMWContents (% dry BV)Major characteristics

Peptides
Melittin284040–5026 amino acid
Enhance of PLA2 activity
Cytotoxic effects against cancer cells
Anti-inflammatory and antiarthritic effects
Apamin20362–310 amino acid
Inhibition of Ca2+ activated
K+ channel
Cytotoxic effect against cancer
Nociceptive effect
Anti-inflammatory properties
MCD peptide25882–322 amino acid
Anti-inflammatory and analgesic effect
Histamine release (low dose)
Histamine release inhibition (high dose)
Antiallergic effect
Adolapin11,5001Inhibition of PLA2 and COX activity
Anti-inflammatory activity
Analgesic effect
Protease inhibitor9000<0.8
Minimine60002-3
Procamine A,B1.4
Secarpin0.5
Tertiapin0.1
Melittin F0.01
Cardiopep<0.7

Enzymes
PLA219,00010–12Cytotoxic effects against cancer cells
Inflammatory Effects
Antitumor effects
Hyaluronidase38,0001.5–2Selectively attacks tissue hyaluronic acid polymers
Increase the capillary permeability
Immune response and tissue spread propertiesAntigenic
Glucosidase170,0000.6
Acid phosphomonoesterase55,0001

Amines
Histamines307.141.5
Dopamine189.640.13–1
Norepinephrine169.180.1–0.7

Others
Carbohydrates307.141.5
r-Aminobutyric acid189.640.13–1
B-Aminoisobutyric acid169.180.1–0.7

Source: Son et al. [84].