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Species | Components | References |
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T. kotschyanus | carvacrol (35.1%), thymol (26.6%), before flowering and carvacrol (22.7%), thymol (16.5%), myrcene (12.6%), thymoquinone (11.4%) at the flowering stage | Rasooli and Mirmostafa [1] |
T. kotschyanus | pulegone (18.7%), isomenthone (17.8%), thymol (14.9%), | Morteza-Semnani et al. [2] |
T. kotschyanus | carvacrol (40.7%–61.2%), thymol (7.5%–26.9%), γ-terpinene (3.7%– 8.2%) at the beginning of and at the end of flowering stages, respectively | Sefidkon et al. [3] |
T. kotschyanus | thymol (37.9%), carvacrol (14.1%) | Rustaiyan et al. [4] |
T. kotschyanus | thymol (38.6%), carvacrol (33.9%) | Nickavar [5] |
T. kotschyanus | carvacrol (44.2%) | Mericli [6] |
T. eriocalyx | thymol (42.8%) before flowering | Kalvandi [7] |
T. eriocalyx | thymol (43.1%) at full flowering | Kalvandi [7] |
T. eriocalyx | thymol (66.3%), 1-borneol (10.5%) | Sfaei-Ghomi et al. [8] |
T. daenensis subsp. lancifolius | thymol (73.9%), carvacrol (6.7%) | Sajjadi and Khatamsaz [9] |
Thymus daenensis subsp. daenensis | thymol (74.7%), p-cymene (6.5%) | Nickavar [5] |
Thymus daenensis subsp. daenensis | geraniol (34.9%–37.2%), geranyl acetate (15.3%–18.7%), geranial (9.0%–11.2%) | Hashemi et al. [10] |
Thymus daenensis | thymol (51.3%), p-cymene (2.7%–7.6%) | Barazandeh and Bagherzadeh [11] |
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