Bring Up Tattoo—How it can be possible to mark our skin permanently

There is something rightly empowering with modifying our own appearance. It could be a way to have our body match our assumed identity or to make ourselves more attractive. It could be a form of communication, or it could be used as a mask to hide your true identity. Whatever the reasons are for our physiological modifications, most of us will succumb to its appeal at one point or another. However, not all changes are permanent; some may even be very much short-lived. From all of the possible alterations we can do to our bodies – makeups, hair dyes, cosmetic surgeries, and tattoos are the most common. 

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Whereas makeup typically doesn’t last for more than 24 hours, hair dyes have a more long-lasting effect. However, those effects never outlast the permanence of cosmetic surgeries and tattoos, which last practically forever. So, we may conclude that some physical changes are better than others, but that may entirely depend on what you are looking to accomplish. The more ephemeral a modification is, the more you need to maintain it. For instance, makeup needs to be reapplied every day for the change to persist; for tattoos, once completed, you can pretty much forget about them entirely. Yet, if you’re about to get your body permanently altered, you may want to care more about the final result. Spending fewer bucks on cheap cosmetic surgeries and tattoos might be a sure way to regret your sudden leap of faith. I would say that for tattoos and cosmetic surgeries, it is for sure true that quality comes at a cost. 

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Once you decide to get your tattoo done and the final result isn’t to your satisfaction, you may have to live with the consequences for a very long period. Yet, until you save enough money to cover the expenses for the cover-up. You should probably also consider that the total cost for both, the initial tattoo and the cover-up, may even exceed the price tag associated with the better quality tattoo. So, rushing into an everlasting transformation is not recommended. The tattoos should be well-thought, well-designed, sufficiently funded, and made by an expert tattoo artist. Additionally, one thing to consider is that a good and experienced tattoo artist may be better able to advise you on the best positioning of your art. Depending on our pain tolerance and the size of the art piece, your artist may choose to displace the tattoo to a less sensitive spot or reduce the size of the tattoo. They will also account for the stretching of the skin that occurs due to ageing. Some parts may be more affected than others, and it may be worth considering avoiding those spots for more detail-oriented tattoos, like portraits. 

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Expert tattoo artists may also be better at informing you about your tattoo after-care and its healing process. They also may be more knowledgeable in a wider range of needle techniques and, as such, should be better at producing different styles, such as watercolour and impressionism. Since they have been exposed to more work, they can often help you capture your vision in greater detail. That being said, you may have to look further than your neighbourhood to find the perfect artist for you. They all master their own style that differs from one individual to the next. So, the most important factors here are your budget and your artist. The way you define and choose both will greatly impact the art that you’ll be wearing for the rest of your days. 

Choosing what to include in your tattoo is no easy task. It took me about three years to think about how I would like my first tattoo to be. I absolutely don’t regret having waited for that long. The final product captured the entirety of my vision. However, there is one thing I would have done differently, choosing my tattoo artist. Sadly, the one I chose at the moment was a novice with barely any work under his belt. The design was quite simple, and as such, I didn’t think I would need someone with much more experience to ink me. Unfortunately, I was proven quite wrong. The drawing had a yin yang symbol, and it turns out that small circles are pretty challenging to draw correctly, according to this experience. The small circle located in the white part is not a circle but an imperfect oval. An attempt to correct this issue only made the circle look more like a small cloud than anything else.  

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Even though the tattoo didn’t exactly turn out the way I was expecting, I do not regret it. The symbolism I wanted is integrated despite its unperfect look, and it is still pretty satisfying. Yet, while I was having my first tattoo done, I was wondering how they were made and how the ink got to stay in the skin. What also surprised me, later on, was the rate at which the ink was bleaching. There are already a few things we know. For instance, we know that ink is injected into the skin via needles. Something we may probably ignore, however, is how deeply the needles need to penetrate to create a lasting tattoo. If the ink is inserted into the more superficial skin layer, the epidermis, the ink will be shed away along with the dead skin. Thus, to create a permanent tattoo, artists need to inject the ink in the dermis, located under the epidermis. 

Interestingly, ink is not composed of pigments having all the same size. Some will actually be microscopic. Hence, they can be absorbed by phagocytes which are in charge of cleaning foreign particles. In this instance, the ink is a foreign particle as it is not present in your body before its injection. Only the ink fragments that are big enough will stay undigested as the phagocytes cannot swallow them. From this statement, we can now understand why tattoos appear to become much lighter after their first couple of days. Yet, you must be warned that exposure to sun rays may help break down the ink into smaller fragments and facilitate their elimination. Thus, exposing your tattoos directly under the sunlight will, over time, cause them to fade. A solution may be to apply sunscreen regularly, especially if you’re about to go outdoors for extended periods with your inks uncovered. Despite that, there exist some people who struggle remembering to put on sunscreen. I, for sure, am one of them. Nonetheless, I have recently decided to apply more willpower in my quest to use sunscreen more often. I know that skin protection is not only essential to preserve your body art, it is also necessary to protect your skin from developing cancers. 

In all cases, your inks are no longer as permanent as they once were thought to be. Ink removal techniques are becoming much less invasive and much more affordable. The most effective technique for tattoo removal is surgery which is the most invasive method. It involves cutting out the tattoo entirely and stitching the skin back together. Another technique – that is gaining ground – is laser tattoo removal treatments which replicate the same processes as the sunlight. The laser breaks down the ink fragments into smaller ones and then lets the phagocytes do the rest. This technique requires many sessions to erase most of the tattoo, but often the thickest line remains visible, at least in relief ‒because of the scarring. 

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Thus, regardless of the increased accessibility surrounding removal techniques, we shouldn’t be careless when choosing our next body art. It doesn’t matter if you decide to ink yourself for an aesthetical reason or symbolic reason; we should all be attentive to the whole process it involves. It is critical to know that the cost related to tattoo removal is a lot more expensive than the cost of the original tattoo. In the end, it is better to pay more for something you’ll keep enjoying than doing something impulsively and correcting it later. 

I thank you infinitely for reading this post and if you would like to know more about the mysteries that surround us, please join my subscription list to keep up with my newest content. If you have any questions, please add them to the comment section and I’ll make sure to answer them as soon as humanly possible.

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Bring Up Sight—How Do You See

We, as humans, often take for granted how much we rely on vision to gather critical pieces of information. Information that allows us to properly comprehend all that is happening in the world we’re in. Neglecting its importance is a complete oversight, pun intended. We rely so much on what we see to determine our reality that we regularly fall into the trap of optical illusions (stay tuned for an upcoming post). Then, questioning what we see becomes primordial. But first, we need to establish how this sense works. It will come to you as no surprise to learn that the organs responsible for sight are the eyes. Those delicate globular organs are the product of many parts, all working together, enabling us to detect light and its many properties.

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Light is a form of energy called electromagnetic radiation that travels as waves. Only a portion of electromagnetic radiation, found within the visible light spectrum, can be seen through our eyes. This spectrum includes any wavelengths between 400 nm and 700 nm, 400 nm associated with blue light and 700 nm with red. Wavelengths certainly exist beyond that range, but we are unfortunately unable to see them through our naked eyes. We consider any shorter wavelengths (10–400 nm) to produce ultraviolet lights and longer waves (700 nm-1mm) to generate infrared lights. All of the invisible light might escape our natural perception, but beware that it is far from useless.

We deal with those wavelengths every day. Ultraviolet is an aseptic agent (kills bacteria), but it is also used as a tanning agent for tanning beds. Actually, there is a logic behind this second example. The Sun is a massive emitter of ultraviolet light, commonly referred to as UV light (UV). It is that invisible light that is responsible for you getting that sun-kissed skin you so desire. However, that same light is also what is responsible for so many new cases of skin cancer. The risk associated with UV light exposure is the reason why we all need to protect against it. We must continue or, at the very least, start using proper sun-blocking agents like sunscreens covering against both UVA (UV type-A) and UVB (UV type-B).

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We can find infrared light often used in night-vision cameras, remote controllers, infrared astronomy and fibre-optic cables. These application examples might make it sound as if infrared was totally harmless, but it is sadly not. Infrared is responsible for the greenhouse effect, i.e. getting the Earth warmer than it should or would be. The greenhouse gases are efficiently trapping infrared light near the Earth’s surface. The more greenhouse gases (like carbon dioxide, nitrous oxide, methane and ozone) we release, the greater the heat produced through the greenhouse effect will be.

On a more positive note, let’s come back to how our eyes can perceive all that visible light. When light reflects back into our eyes, it first hits the cornea. It is a transparent part of our eyes forming a dome, which serves as the primary and most important focusing power. However, despite being so impressive, it lacks something that only the lens has, an adjustable focus. The cornea focuses on the pupil (the dark spot at the centre of our eyes). To control the amount of light passing through the pupil, the iris (the colourful circle in our eyes) will stretch to let more light in (for darker conditions) or shrink to block some (for lighter conditions).

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For the next part, if we try keeping things as simple as possible, we may say that the light goes directly to the retina. The retina is a light-sensitive layer of tissue containing photoreceptors known as cones and rods. The cones are wavelength-sensitive which means that they are in charge of colour perceptions. They are also responsible for high acuity vision, and they work best in well-lit conditions. In obscure conditions, the rods are particularly helpful as they still can provide us with a black and white vision. Once the photoreceptors detect lights, it triggers an electrical signal which will travel to the brain via the optic nerves.

So, as I said previously, this is a simplified version, so let’s complicate the matter a little more. Before reaching the retina, the light passes through a structure called the lens, which converges (or focuses) the light on the retina by refracting it. The lens connects to suspensory ligaments that can control its curvature changing its focal range. This process is called accommodation and leads to the creation of a sharper image. However, once the light gets past the lens, it is not quite yet at the retina. The light has to swim through a transparent liquid, the vitreous humour. This substance is helping to maintain the shape of the eye and protects against sudden shocks. Now that the light has finally reached the retina, it must hit a particular spot to produce a crisp image, and that spot is called the macula. In the absence of an eye disorder, the lenses will manage to focus an image onto the fovea found in the macula. The fovea is the region of the retina where the cones are at their highest confluence. Finally, there is one last eye part, and it doesn’t seem to provide as much value for sight. However, it appears to be very precious for communication. That part is the sclera, the white part of our eyes.

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All these parts work in unison as do musical instruments of a symphony. Without one, the others cannot function appropriately. For its maintenance, the eye has a cleaning and lubricating agent mostly referred to as tears. Yet sometimes, tears are not sufficient to resolve some situations we may face. It is unquestionably the case of people affected by eye disorders, like nearsightedness (myopia) or far-sightedness (hypermetropia). These disorders commonly occur when the axial length of the eye is respectively too long or too short. Nonetheless, they could also result from an anomaly regarding the lenses’ shape or failure to produce suitable accommodation.

These two disorders are inducing refractive errors. Yet, they are not the only ones; presbyopia and astigmatism also produce refractive errors. Presbyopia mainly occurs when ageing, the lenses weaken and are thus less able to adjust or accommodate. As for astigmatism, I can speak from my own experience. I was first diagnosed with astigmatism three years ago. If we could all omit this slight astigmatism, my vision would be pretty much 20/20; I have no sign of near or far-sightedness, and my eyeballs are neither elongated nor short. Yet my sight is somehow blurred when I am looking from both close and far distances. This blurriness causes strain to my eye, especially when I have to focus heavily on something. My main occupation at present is reading. And thus, I am regularly using prescription reading glasses for extended reading. It is the only moment I need glasses. That blurriness comes from light not being evenly distributed on the retina. This situation can arise from an issue with the lenses or the cornea.

Luckily for us, all these disorders have the potential to be treated through laser surgery. Even though I have decided that it wasn’t necessary as my current glasses suffice me. I still keep in mind that although laser surgeries are becoming safer and safer, there will still forever remain some risks. With reading glasses, those risks naturally don’t exist. Let’s say that I’m not against reconsidering this option if my situation worsens; it is still an exceedingly attractive procedure. But right now, I have honestly no incentive to go along with it. What about you? If you had the opportunity to opt for laser surgery, would you do it?

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I thank you infinitely for reading this post and if you would like to know more about the mysteries that surround us, please join my subscription list to keep up with my newest content. If you have any questions, please add them to the comment section and I’ll make sure to answer as soon as humanly possible.

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Bring Up Biophilia—What makes us particularly attracted to nature

No one can dismiss the amazing feeling we get after spending some time in nature. We instantly feel relaxed and reinvigorated. Some might attribute this effect to time spent far away from work, and even though they could be correct, it is not the whole picture. Biophilia is a relatively new concept that brought the…

Bring Up Blood—How our oxygen gets carried throughout our body

Good evening my dearest followers, Please, take a moment to enjoy this excerpt for my newest post (Bring Up Blood). We could most certainly not live without blood. It is absolutely essential for the survival of our most distant limbs and organs. Even though almost all of our respiration is thanks to our respiratory organs,…

Bring Up Flowers—How do these beautiful blossoms emerge

It is now mid-April; we are well into Spring at this point. Looking outside, I am completely astonished by the beautiful and ostentatious colours displayed by the flowers peeking through the ground. Also, I cannot overlook the smell; it is truly incredible. Nature has finally come back to life. Even though I will have to wait until well over mid-May for the first sign of leaves in the tree, I can momentarily rejoice in the early present that Mother Nature is giving us.

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Flowers, peeking through the soil, seem to exist as both fragile and tenacious entities. Although we could not see them for most of Fall and the entire Winter, parts of them have survived. The surviving part will, yet, vary depending on the kind of plant they are. Annuals will die every year but will leave behind their fertilized seeds to replant and grow sprouts. As for perennials, when freezing hits, some of their parts will begin a decaying process, yet their root network will survive even through the harshest of times. As soon as the warmth—typically brought by Spring—makes its first appearance, the roots will awaken and contribute to the renewal of all lost parts.

Thinking about flowers, often enough, evokes the image of gardens in our mind. They are so glorious that it is not surprising at all to have people willing to spend good money just for their mere sight. Two options lay in front of us to gain access to such treats. We could opt to build a personal garden, our very own little piece of paradise, or we could easily book a visit to our local botanical garden. If you decide to proceed in creating your very own tiny patch, you’ll certainly have to spend a lot of elbow grease to structure it. Yet, there are no set rules which define the perfect constitution of a garden. Still, with some advice, we can certainly create a fair-looking one.

If there is one thing you must keep in mind when dealing with flowers is the advantages offered by each of the two kinds presented before, perennials and annuals. To avoid headaches, use both: it will cut down planting time while maximizing blossoming time. Perennials will not need replanting every year. However, you will have to exert patience before seeing the fruit of all your labour. Perennials are reputed to take up to three years to reach their full potential. You will also have to remember after a few years to divide the plant. Failure to split the plants often enough could cause their flowers to acquire a dull colouring, parts could stop flowering entirely (especially at their centre), and they could also outgrow their designated spot. Spring is typically the preferred time to do the maintenance, but if you could not complete it within that period, you can still proceed to divide them safely at any other time. They are, decidedly, gifts that keep on giving.

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As for annual flowers, they are quite interesting too. They, indeed, sadly require more effort to implement in our gardens, but they have honestly no parallel in terms of either blooming period or colourfulness. If you decide to make your garden entirely out of annual flowers, it would surely be a sight for sore eyes. However, that decision would imply that the work would need to be totally redone from scratch every year. The work that it involves would be, for me at least, an insufferable burden. The solution resides in supplementation. Have beautiful perennials that keep on coming back and, every Spring, invest in some extra annuals. This alternative will not only save your hand from being overtaxed, but it will also cause your eyes to be thoroughly delighted.

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While building our next garden, we will also need to consider different combinations of colours, sizes, and shapes. Clearly, placing the small plants far behind should be avoided. They then risk being hidden by other larger plants. We need to put the smaller plants at the forefront, where we can see them. It is also worth noting that accessibility is also important. We want all of your annuals to have an easily accessible spot where we can replant them every year. As for the colours, we can explore different colour schemes. It really does not matter how many colours we want to include: let us only make sure that the combination makes sense (do they actually work well together?) The shapes of the petals and the flowers could also benefit from our attention. Aside from tulip gardens, having the same flowers repeated can be pretty dull. That’s why varying them can be a good idea. They, additionally, don’t blossom simultaneously, which would provide you with a colourful garden for much longer.

Despite the apparent appeal of having a pleasant and attractive garden, varying the sort of plants to be used is also a good idea to encourage and support diverse pollinators. The great majority of pollinators are flying insects such as bees, wasps, beetles, butterflies, moths and flies. The bees, which are famously renowned for their currently alarming decline, require our assistance. Their main sustenance is the honey produced from their collected pollen. The flowers are providing the bees with this pollen. Usually, pollen serves to produce male gametes (male sperms). Increasing pollen supplies for the bee is a good start in a way to help them.

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We can find the pollen on the anther at the filaments’ tip. Both, the stamen and the filaments, form what we call the stamen. The filaments are thin cylindrical structures popping out of the centre of the flower. Aside from the filaments, flowers have many other parts. They have a stem that serves as a support for both their leaves and the flower itself. They also possess numerous leaves that will provide energy for the plant through photosynthesis. The pistil, found at the very centre of the flower, will collect pollen for the prospective fertilization of the ovules residing inside it. Lastly, the petals will provide protection for the reproductive organs. They will also serve to repel or even attract particular pollinators.

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When gazing upon a garden that has been carefully conceived to all of its subtlest detail, it is of no wonder that one must be marvelled. Yet, it is equally, or even more, fascinating to observe a random patch of flower composite in the forest or on the side of the road. Nature has a marvellous taste in design when it comes to arranging her decor. Every summer, during my regular hikes, I become incredibly aware of the inner beauty of the nature surrounding us.

My favourite kinds are flowers with small petals and vivid colours. Still, I cannot ignore the appeal of all the others. The first flower that caught my breath was the lilac. This perennial was a flower that was introduced to me by a long-time admirer, my mother. She loves them so much that she bought two lilacs to plant around our courtyard. When they became big enough, we could enjoy both the colours and the odours they were presenting. A second flower that I particularly love is the violet. I remember finding one of them piercing through the asphalt (bitumen) on the side of the road, and I could not stop pondering about their strength. Lastly, I included bleeding hearts on my list. These are the most recent flowers I encountered and instantly charmed me. From my mother-in-law’s garden, I caught myself gazing at those flowers and thinking about how they reminded me of both protection and love.

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I thank you infinitely for reading this post and if you would like to know more about the mysteries that surround us, please join my subscription list to keep up with my newest content. If you have any questions, please add them to the comment section and I’ll make sure to answer as soon as humanly possible.

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Bring Up Tattoo—How it can be possible to mark our skin permanently

Not all appearance alterations are created equal; some may be more short-lived and others more permanent. If you think of tattoos, they mostly belong to the second category. So thinking carefully about certain aspects of the tattoo becomes imperative. Things like the symbolism or the artistry behind your new piece shouldn’t be random. Choosing a…

Bring Up Grad School—What Is the Reality Behind Higher Education

For people who want to pursue studies after completing high school, university studies may look very attractive. So, undergraduate studies may lead to graduate studies. However, undergraduate studies are not the same as graduate studies. The latter is not only more complicated, but it is also very different. First of all, contrary to your undergrad,…

Bring Up Hair – What you have to know about your mane

I have them, and probably you do too. Anyhow, always knowing what to do with them day in, day out, can be a hassle. They certainly seem to have a mind of their own. We spend so much time with them, and yet we still can’t figure out most of their secrets. And yes! You probably guessed it by the title, I’m talking about hair. I don’t even know what’s up with my own hair. I can even go as far as saying that it grew a totally different personality over the last few years. Without going through any artificial treatment that may affect its structure, it went from being ultra-straight to being wavy. I find this particularly weird. What do you think? The change was very subtle and as previously stated happened gradually over the last few years. I didn’t give much thought to it. It’s only when my family asked me what I’ve done with my hair that I was forced to notice that it really did change. No apparent clue as to why, and no! I don’t braid it; it simply happens on its own.

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This got me interested in the science behind hair. What makes them? Is it alive? Why the different colours? Why does it constantly fall, and is it normal? I had more questions, but you get my point. Lucky me, I didn’t have to dig very deep to find the answers. Hair is such a popular theme on the internet, which is probably driven by the continuous pursuit for a silky mane. Still a symbol of beauty, many people will go the extra mile to make it as fantastic as possible, spending a good portion of their budget on hair products or visits to hair stylists. Now before moving on to the nitty-gritty bits, I just want to mention that all hair is different and thus they hold their very specific secret. There is not going to be any holy grail recipe here. To decipher the mystery of your own hair might take a lifetime, but if you are willing to try and experiment with different approaches you are almost certain to figure out your very own way to discipline those unruly locks.

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Hair is made up of many parts, but I won’t introduce them all to keep it short. So, all hair, and it doesn’t matter the structure, are made up of the same fundamental element, namely keratin. It may sound familiar, maybe you’ve heard that nails are also made up of keratin, maybe you’ve never heard of such things before and that’s also fine. Keratin is a strong and fibrous protein, which makes up the shaft of the hair, the visible part, the one that always annoyingly gets in your mouth or your eyes. What can precisely account for its strength, or resistance, are the bonds between the fibres. The bonds are the same as links. In this case, the links involve two sulphur, which brings us the term disulphide bonds. The way keratin proteins link together is one, even if lesser, component responsible for hair structure. The protein has the tendency to gather in the curve of curly hair thus enhancing the curls. Yet, what really makes for the hair structure is our hair follicle and its tunnel.

The follicle is commonly referred to as the root of our hair, but they are in reality two things entirely. The follicle is found deeper in your hair scalp than the root. The root is part of the shaft. The shape and size of the follicle are the main factor deciding on the final structure of the hair. Straight hair has a circular follicle whereas curlier hair is flatter. As for the size of your follicle, it determines if you have a thick or thin mane. The larger the follicle the thicker your collective hair appears. The follicle is also what nourishes your roots and once your hair makes it out of your scalp, it dies. Hence, we can say that the visible part of the shaft is dead or more accurately made of dead cells. So, it really doesn’t matter what you do with it, even if you try to nourish the Hella of it, it will never come back to life. 

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This brings me back to my hair. It was straight but now is wavy, which means that the shape of my follicles has changed from a round shape to a slightly more elliptic shape. I found few possible triggers for such events. One possibility that was brought up was chemotherapy. I had to dismiss this possibility for me considering I never had such treatment. The other possibility is broader, hormonal changes. A large variety of hormones might be linked to hair changes. When I consider the timing that I first could notice the changes, I doubt that puberty had anything to do with it. As for other big hormonal changes, like pregnancy or menopause, I have not gone through these yet. Hormonal changes could also be linked to some illnesses, but I prefer not letting myself think down that road. As far as I know, I am healthy. It’s probably still worth mentioning that change next time I get to see my family physician. Other than now being on the wavier side, my hair is what I would call thin. It certainly is not as thin as you might see in the worst examples, but it is still not that gorgeously full mane you can see on the supermodels in hair ads.

As for another descriptive for my hair, I would say it is dry and brittle. I barely produce any oil, this grants me the ability to go days before having to wash them. Along with dry hair are very frequent flyaways, dry scalp and dandruff. The latter is the most unpleasant part. Those tiny white dead skin flakes are enough to ruin a perfect look. This problem is newer than all the other changes, I must say. Usually, I only have dandruff during winter, but in the last year, it has been the most loyal and unwanted companion. It really doesn’t matter what I do. I tried using dandruff treatment shampoo and other home-made concoction, but nothing worked. As a last attempt, I tried to get rid of the dandruff by means of scalps exfoliation and it did absolutely nothing. So, I am now at a decisive point where I chose to surrender and accept them as part of me.

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I may have already given up on the dandruff’s situation, but I didn’t give up yet on the flyaway’s situation. I learnt that hydration truly helped manage those bad boys. We may not be able to feed them once they’re dead, but we are still able to keep them well hydrated. This is due to the nature of keratin, which, as well as the disulphide bonds, has hydrogen bonds. That bond is definitely weaker, but as the saying goes: “We’re stronger together” and those bonds make no exception to this rule. They are much more prevalent than the previously mentioned bonds which make for it one of the principal sources of hair strength. It is for this exact reason that hair is weaker when wet. Since there is hydrogen in water, the hydrogen competes with the already-formed hydrogen bonds and almost instantly breaks them upon slight injury. That is the reason why you really shouldn’t brush your hair when it’s wet. 

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Another last thing you must definitely consider doing for your hair is check at what you eat. As another saying goes: “You are what you eat” and this couldn’t be truer for your hair. Eating too much junk food can prevent them from accessing sufficient and required levels of certain nutrients which will directly and negatively reflect on the appearance and state of your hair. If you want your hair to look as healthy as possible, make sure to ingest enough proteins and vitamins. You can get them from fruits, vegetables, eggs, nuts and more. 

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Are you worried that you are losing too much hair? You probably aren’t. Your hair maturation is produced in three distinct phases. First, there is the anagen phase when your hair grows. It will do as such for a time that can reach up to 7 years, but more often would last only 3–5 years for most people. Secondly, your hair enters the catagen phase, which is an intermediary step where your hair stops growing. This phase only lasts around 10 days. At last, there is the telogen phase when your hair falls out. After this cycle is completed, the follicle (or your hair bulb) will stay inactive for up to 3 months and then will begin the anagen phase again. Each hair cycle is not synced with one another, which prevents your hair from falling out all at the same time. On average we lose 80 hairs a day.

PS: Hair colour like skin colour is induced by a pigment called melanin, the more melanin the darker your hair will be.

I thank you infinitely for reading this post and if you would like to know more about the mysteries that surround us, please join my subscription list to keep up with my newest content. If you have any questions, please add them to the comment section and I’ll make sure to answer as soon as humanly possible.