carvacrol is the chief natural ingredient. Carvacrol has been standard by the Food and Drug Administration for food use and also incorporated in the list of accepted chemical flavorings. Carvacrol has been extensively used in conventional medication, and a huge number of feed additives based on this molecule are at present commercially accessible. [28] Thymol (2-isopropyl-5-methylphenol) is found in thyme essential oil which is the main monoterpene phenol and isomer of carvacrol. Thyme is a labiatae plant which essential oil has demonstrated antiseptic, antispasmodic, antiinflamatory, immunomodulatory, antioxidant, antibacterial and antifungal properties.
[29, 30] Up to this various workers uses essential oil (Carvacrol and thymol) as core material in microencapsulation process using various shells like alginate,
[15]
Ca- alginate hydrogel,
[31] …show more content…
Microcapsules possessing diverse shell walls like as phenol formaldehyde,
[36]
urea formaldehyde, [37] melamine formaldehyde, [38, 39] polyurethane,
[40]
and polyurea [41] have been formulated. It is found that Carvacrol and thymol are reported as core material in microencapsulation, [15, 30-35] but no one reported these as shell materials in microencapsulation technique. Establishment of novel shell is inimitable idea of this work. Carvacrol and thymol are the biobased phenols,
[28-30]
phenol– formaldehyde (PF) microcapsules with various cores were produced by applying in situ polymerization technique.
[42, 43] The prettiness of present research work is that invented new shell materials carvacrol-formaldehyde (CF), thymol-formaldehyde
(TF), and carvacrol-thymol-formaldehyde (CTF) for encapsulation of
[29, 30] Up to this various workers uses essential oil (Carvacrol and thymol) as core material in microencapsulation process using various shells like alginate,
[15]
Ca- alginate hydrogel,
[31] …show more content…
Microcapsules possessing diverse shell walls like as phenol formaldehyde,
[36]
urea formaldehyde, [37] melamine formaldehyde, [38, 39] polyurethane,
[40]
and polyurea [41] have been formulated. It is found that Carvacrol and thymol are reported as core material in microencapsulation, [15, 30-35] but no one reported these as shell materials in microencapsulation technique. Establishment of novel shell is inimitable idea of this work. Carvacrol and thymol are the biobased phenols,
[28-30]
phenol– formaldehyde (PF) microcapsules with various cores were produced by applying in situ polymerization technique.
[42, 43] The prettiness of present research work is that invented new shell materials carvacrol-formaldehyde (CF), thymol-formaldehyde
(TF), and carvacrol-thymol-formaldehyde (CTF) for encapsulation of