The use of thymol-based nanostructures as an additive in gum enrichment is an interesting topic
1. Antibacterial nanocoatings: These coatings possess antibacterial qualities and have the ability to eliminate bacteria prior to their infiltration into the gum tissue.
Although these substances are not extremely harmful to people or animals, prolonged ingestion may have detrimental consequences on health.
For gum enrichment, antibacterial nanocoatings can be used.
2. Thymol-based nanostructures: Thymol is an antibacterial chemical with a nanostructure.
The addition of thymol nanostructures to gum can give it antimicrobial qualities.
Because of their special qualities, nanostructures can generally result in higher-quality and more efficient products when used in the food and construction industries.
Drug delivery of grape seed essential oil to hair follicles using lipid nanostructures
While topical application causes a natural aggregation of solid nanoparticles in follicular openings that gives a medicine a “targeting effect,” nanotechnology has undoubtedly been investigated for the treatment of problems affecting hair follicles.
1.Hair Follicle Delivery: The hair follicle wall is an infundibulum, isthmus, and upper part of the hair follicle that is an invasion of the epidermis with a generally stable composition of cells.
Drugs can permeate skin cells or the stratum corneum’s extracellular matrix after being applied topically (the most superficial epidermal layer). Additionally, they can employ hair follicles as shunt routes.
The medication’s physicochemical properties (size, molecular weight, and oil–water partition coefficient) and the size of the nanoformulation it is integrated in affect how successfully the drug is delivered to hair follicles.
2.Nanostructured Lipid Carriers (NLCs):
Lipid-based nanoparticles known as nanostructured lipid carriers, or NLCs, have the potential to improve medication delivery. The potential of grape seed oil laden NLCs to stimulate hair growth has been investigated.
3. Evaluation Techniques: Researchers employ a variety of skin models and quantitative and qualitative analytic techniques to evaluate the hair follicle-targeted medication delivery offered by nanoparticles.
Study outcomes are greatly impacted by variables such as the kind of skin model used, the skin portions examined, the controls used, and the extraction techniques.
To summarise, NLCs provide an intriguing approach to augmenting the effectiveness of natural oils such as grape seed essential oil, while nanotechnology shows promise for targeted medication delivery to hair follicles.
Drug delivery of rosemary essential oil to hair follicles using lipid nanostructures
One of the best products to fortify hair and stop hair loss is rosemary oil. The anti-inflammatory and antioxidant qualities of this oil may benefit the condition of hair follicles. We go over a few of the benefits of rosemary oil for hair below:
1. Strengthening hair growth: Massaging the scalp with rosemary oil increases blood flow to hair follicles, repairs damaged nerve fibers, and makes hair stronger and longer. This oil stops hair follicle death and hair loss while also promoting better blood circulation.
2. Preventing white hair: – Rosemary oil maintains hair color and helps prevent white hair. You can see the regularity and consistency of this oil’s usage for this reason.
Because of their many skin-supporting properties, mushroom extracts are becoming more and more popular in cosmetics. Ceramides, lentinan, schizophyllan, carotenoids, and resveratrol6 are a few of them. Although there haven’t been many research specifically on dermal fillers made from mushrooms, investigating their potential might result in fascinating advancements in the cosmetics sector. In conclusion, natural dermal fillers—such as those made from mushrooms—offer encouraging options for skin renewal and aesthetic enhancement.
Potential uses in cosmetics exist for the intriguing substance known as bacterial nanocellulose. 1. Bacterial Nanocellulose (BNC): A naturally occurring nanomaterial made by some bacteria is called bacterial cellulose. Its exceptional qualities include biocompatibility and a high water-holding capacity. BNC is already utilized in cosmetics, mostly as a means of delivering face masks. It improves skin moisture and gives active ingredients a stable matrix. Scientists are currently investigating BNC’s potential in cosmetics, but further studies are required to completely comprehend its advantages. 2. Beauty Masks Using Bacterial Nanocellulose: Because of its composition and characteristics, BNC makes a great support matrix for beauty masks. Emulsion Stabilizer: BNC has the ability to stabilize emulsions, guaranteeing uniform performance and texture in formulas for cosmetics. Active Compound Delivery: BNC-based masks are capable of efficiently delivering active chemicals to the skin, such crocin. Enhanced Skin Hydration: BNC’s ability to retain water keeps the skin plump and nourished.