Theoretical Studies of Essential Oil Components of Melissa officinalis L. Absorption on MWCNT

Theoretical Studies of Essential Oil Components of Melissa officinalis L. Absorption on MWCNT

One of the important issues of herbal drugs chemistry is finding the methods of separating and altering the dose of essential oil components. Melissa officinalis L. or Lemon balm is a member of the mint family, used in traditional medicine, for the treatment of headaches, indigestion, colic, nervousness, cardiac failure and depression. Lemon balm is also known as a hormonal herb due to its antithyroid activity. The main components of wild Melissa officinalis L. obtained from the Kurdistan province of Iran were as follows: (E)-Citral (37.2%), Neral (23.9%), Citronellal (20.3%), cis-2H-3a- Methyl-octahydro-Inden-2-one (4.7%), Geranyl acetate (2.8%) and 3-Octanone (1.7), respectively. Due to multi wall carbon Nano tubes (MWCNT) specific prosperities such as serving choices of being good absorbent materials; In this study, the application of MWCNT properties in the absorption of the Melissa officinalis L. The theoretical studies confirms that the vander Waals and/or π-π interactions between MWCNT and 3-Octanone has stronger tendency to the absorption on MWCNT among the other components of the essential oil of Melissa officinalis L. because of distance with the wall of the modeled MWCNT.