Gotu Kola: The Herbal Superhero for Skin Health
Explore Gotu Kola's incredible benefits for skin health and wellness.
Tsong-Min Chang, Chung-Chin Wu, Huey-Chun Huang, Shr-Shiuan Wang, Ching-Hua Chuang, Pei-Lun Kao, Wei-Hsuan Tang, Luke Tzu-Chi Liu, Wei-Yin Qiu, Ivona Percec, Charles Chen, Tsun-Yung Kuo
― 7 min read
Table of Contents
- What Are Extracellular Vesicles?
- Why Gotu Kola EVs Are Special
- The Production of Gotu Kola EVs
- The Process of Isolating EVs
- Analyzing the Size and Shape of EVs
- Cell Viability: Are the EVs Safe?
- Antioxidant Wonders of Gotu Kola EVs
- Reducing Melanin Production
- The Role of Tyrosinase
- Improving Skin Integrity
- Fighting Inflammation
- Reducing Nitric Oxide Production
- The Eco-Friendly Advantage
- Future Perspectives
- Cosmetic Applications
- Conclusion
- Original Source
Centella Asiatica, also known as Gotu Kola, is a small herb that’s been a favorite in traditional medicine across Asia for centuries. This plant has a reputation not just for being a pretty green plant, but also for its many health benefits. It is packed with good stuff like triterpenoids, flavonoids, and polyphenols. These compounds have made Gotu Kola a topic of interest among researchers who want to learn more about how it can help with things like Inflammation, improving skin health, and even some brain functions.
Extracellular Vesicles?
What AreLet's talk about one of the cool things found in Gotu Kola: extracellular vesicles (EVs). Think of EVs as tiny delivery trucks made by cells. They come in different shapes and sizes, and they are on a mission to carry important molecules like proteins and nucleic acids to other cells. These little trucks play a vital role in how cells talk to each other, which is crucial for keeping everything in balance in our body.
EVs can be found not just in plants but also in animals, including humans. Researchers have noticed that plant EVs offer several perks, like being safe, easy to make, and kinder to our environment compared to animal-derived EVs. Plant EVs, especially from Gotu Kola, have gained attention for their potential in skin care, wound healing, and even fighting cancer.
Why Gotu Kola EVs Are Special
Researchers found that recently, the EVs from Gotu Kola are particularly impressive. These tiny carriers not only promote skin healing but also do a better job of it than regular plant extracts. Studies showed that Gotu Kola EVs can influence human cells in a positive way, such as promoting Collagen production for skin health and even helping to stop the growth of cancer cells! Now that’s some superhero stuff right there.
The Production of Gotu Kola EVs
To gather these powerful EVs, scientists use a method called tissue culture. This allows them to grow Gotu Kola in controlled conditions without taking too much from nature. Think of it as planting a garden in a lab instead of out in the wild. This way, the plants can grow consistently and researchers can harvest the EVs without worrying about harming the environment.
The Process of Isolating EVs
The process of getting these EVs involves a series of steps. First, the plant is ground up and filtered to remove anything that’s too big. Then it gets spun really fast in a centrifuge – like when you try to get the last bit of juice out of an orange – to separate the tiny EVs from everything else. Finally, the researchers use special filters to clean up the product even more, ending up with shiny Gotu Kola EVs ready for testing.
Analyzing the Size and Shape of EVs
To check on the size and shape of these EVs, scientists employ some nifty tools. They use a system called nanoparticle tracking analysis to figure out how big these little guys are. They’ve found that Gotu Kola EVs usually have a mean size of around 150 nanometers, which is tiny! Using electron microscopy, they can also see that these EVs have a lovely lipid bilayer, like the wrapping on a delicious candy.
Cell Viability: Are the EVs Safe?
Now the million-dollar question: Are Gotu Kola EVs safe for our cells? To find that out, scientists conducted cell viability tests. They treated different cell types with various concentrations of Gotu Kola EVs. They found out that even high amounts of EVs didn’t harm the cells. In fact, the cells were pretty happy, which means Gotu Kola EVs are safe to use.
Antioxidant Wonders of Gotu Kola EVs
One of the exciting things about these EVs is their antioxidant capabilities. Antioxidants are like your body’s personal bodyguards, fighting off harmful substances that can cause damage. The Gotu Kola EVs have shown some serious skills in this area. They have undergone tests to show how well they can fight against free radicals, which are nasty little molecules that can cause harm. The results show that these EVs can help clear out some of that bad stuff, which is great news for anyone looking to maintain healthy skin and body.
Melanin Production
ReducingGotu Kola EVs aren’t only about fighting free radicals; they can also help with skin tone. They have shown the ability to inhibit melanin production, which means they can help lighten skin areas that have become darker over time. This effect is especially beneficial for people who have been exposed to too much sun, leading to dark spots. By balancing out melanin levels, Gotu Kola EVs could be a natural option for skin brightening without harmful side effects.
The Role of Tyrosinase
Here's a fun fact: The enzyme responsible for melanin production is called tyrosinase, and Gotu Kola EVs appear to have some magic in slowing it down. By inhibiting this enzyme’s activity, the EVs help control how much melanin is made. This means if you’re looking to even out your skin tone, Gotu Kola EVs could be a natural ally.
Improving Skin Integrity
Let’s not forget about collagen, the superstar of skin structure. Collagen helps keep skin firm and youthful. The EVs from Gotu Kola help boost the production of type I procollagen in skin cells, which is a precursor to the beloved collagen. By promoting procollagen levels, Gotu Kola EVs contribute to healthier, more resilient skin, potentially reducing wrinkles and sagging.
Fighting Inflammation
In addition to their antioxidant and skin health benefits, Gotu Kola EVs have shown anti-inflammatory properties. They can help calm down skin irritation and redness, making them useful for those with sensitive skin. The EVs manage to reduce the expression of inflammatory proteins, which helps in the healing process.
Reducing Nitric Oxide Production
Another way inflammation shows up in our bodies is through the production of nitric oxide. When things get out of balance, nitric oxide levels can rise, leading to various health issues. Gotu Kola EVs seem to play a role in reducing the production of nitric oxide, which can help keep inflammation in check.
The Eco-Friendly Advantage
Using tissue culture for producing Gotu Kola and its EVs comes with several benefits. First, it helps preserve the environment since there’s no need to harvest wild plants. This method leads to a sustainable supply of the plant, meaning we can enjoy its benefits without harming nature. Plus, the controlled environment of tissue culture means researchers can manipulate growth conditions to enhance the amount of beneficial compounds produced.
Future Perspectives
As excited as we are about Gotu Kola and its EVs, there’s always more to explore. Future research will likely delve into understanding how exactly these EVs work. It’s essential to keep uncovering the specific roles of different compounds and whether they can be harnessed for even greater health benefits.
Cosmetic Applications
The potential for Gotu Kola EVs extends beyond health; they could also make waves in the beauty industry. With growing interest in natural ingredients, products featuring Gotu Kola EVs could be the next big thing. Whether in creams, serums, or other forms, the promise of smoother, healthier skin sounds like something most would want to try.
Conclusion
In summary, Gotu Kola is not just a pretty green plant; it’s a powerhouse of health benefits. Its extracellular vesicles bring a host of advantages, from fighting free radicals and reducing melanin production to promoting collagen and soothing inflammation. With sustainable production methods, it’s paving the way for greener and healthier skincare solutions.
So the next time someone tells you that plants can’t be superheroes, just remember Gotu Kola and its incredible EVs! They may not wear capes, but they definitely have some serious skills when it comes to supporting skin health and overall wellness.
Title: Centella asiatica Tissue Culture-Derived Extracellular Vesicles: A Multifaceted Approach to Skincare Applications
Abstract: BackgroundCentella asiatica has long been used as a medicinal herb in traditional Asian medicine. Its wound healing, skin improvement, and neuroprotective properties have been widely studied. Extracellular vesicles (EVs) are secreted by cells and contain bioactive components with therapeutic properties. ObjectivesThis study aims to characterize EVs isolated from C. asiatica tissue culture and investigate their therapeutic properties using in-vitro assays. MethodsEVs were isolated from C. asiatica tissue culture and their properties were characterized by cell-free chemical assays which investigated free radical activity, metal chelation, and total polyphenol content. Mouse melanoma, human fibroblast and keratinocyte cell cultures were used to characterize cell viability, intracellular reactive oxygen species (ROS), intracellular melanin and tyrosinase assay, skin integrity and pro-inflammatory gene expression level by quantitative PCR. ResultsC. asiatica EVs were found to contain high levels of polyphenol, which contributed to their radical scavenging and metal chelating properties and mitigated hydrogen peroxide-induced intracellular ROS. The EVs were further able to reduce intracellular melanin content and tyrosinase activity, and upregulate skin barrier genes procollagen type I, aquaporin 3, and filaggrin. The inhibitory effect of C. asiatica EVs on inflammation was evident in downregulation of expression of pro-inflammatory genes COX2 as well as nitric oxide production. ConclusionsThe beneficial effects of C. asiatica EVs warrant further studies as promising formulations in skin care applications.
Authors: Tsong-Min Chang, Chung-Chin Wu, Huey-Chun Huang, Shr-Shiuan Wang, Ching-Hua Chuang, Pei-Lun Kao, Wei-Hsuan Tang, Luke Tzu-Chi Liu, Wei-Yin Qiu, Ivona Percec, Charles Chen, Tsun-Yung Kuo
Last Update: 2024-12-07 00:00:00
Language: English
Source URL: https://www.biorxiv.org/content/10.1101/2024.12.03.624435
Source PDF: https://www.biorxiv.org/content/10.1101/2024.12.03.624435.full.pdf
Licence: https://creativecommons.org/licenses/by-nc/4.0/
Changes: This summary was created with assistance from AI and may have inaccuracies. For accurate information, please refer to the original source documents linked here.
Thank you to biorxiv for use of its open access interoperability.