<i>In vitro</i>effect of essential oils from<i>Cinnamomum aromaticum, Citrus limon</i>and<i>Allium sativum</i>on two intestinal flagellates of poultry,<i>Tetratrichomonas gallinarum</i>and<i>Histomonas meleagridis</i>
L. Zenner, M.P. Callait, Christelle Granier, C. Chauve
Parasite
Abstract
Essential oils may be effective preventive or curative treatments against several flagelated poultry parasites and may become primordial either to organic farms, or as more drugs are bannished. The anti-flagellate activity of essential oils obtained from fresh leaves of Cinnamomum aromaticum, Citrus limon pericarps and Allium sativum bulbs was investigated in vitro on Tetratrichomonas gallinarum and Histomonas meleagridis. On T. gallinarum, the minimal lethal concentration (MLC) at 24 hours was 0.25 microliter/ml for C. aromaticum oil, and 0.125 microliter/ml for C. limon and A. sativum oils. On H. meleagridis, MLC was 0.5 microliter/ml for C. aromaticum oil and 1 microliter/ml for C. limon and A. sativum oils at 24 and 48 hours. Moreover, no synergistic effects were evidenced in vitro. The essential oil constituents, based on their GC retention times have been also identified. The major component is trans-cinnamaldehyde (79%) for C. aromaticum; limonene for C. limon (71%) and diallyl tri- and disulfide (79%) for A. sativum. Even if concentration and protocol adaptations are required for successful in vivo treatments, it appears that these oils may be useful as chemotherapeutic agents against several poultry parasites.
Extracted Claims
6 claims extracted from this paper into the knowledge graph
limonene is the major component of C. limon oil
“The major component is trans-cinnamaldehyde (79%) for C. aromaticum; limonene for C. limon (71%) and diallyl tri- and disulfide (79%) for A. sativum.”
Citrus limon oil has minimal lethal concentration (MLC) of 0.125 microliter/ml for T. gallinarum and 1 microliter/ml for H. meleagridis at 24 and 48 hours
“On T. gallinarum, the minimal lethal concentration (MLC) at 24 hours was 0.25 microliter/ml for C. aromaticum oil, and 0.125 microliter/ml for C. limon and A. sativum oils. On H. meleagridis, MLC was ...”
diallyl tri- and disulfide is the major component of A. sativum oil
“The major component is trans-cinnamaldehyde (79%) for C. aromaticum; limonene for C. limon (71%) and diallyl tri- and disulfide (79%) for A. sativum.”