Meji Meiji designer Tolu OyeGrowing up, her relationship together with her hair was, in her words, “turbulent.” Ultimately, nonetheless, this was reconciled with acceptance and appreciation of her culture. Born in Lagos, Nigeria and raised in Ohio, Oye has heard mixed opinions about beauty standards for so long as she will be able to remember. Ultimately, in a city where diversity was rare, it was as much as her to make a decision what she desired to imagine.

“At some point I went through a relaxation phase. I didn’t want anything that was symbolic of me as an African. I think 2016 was a major change for me. I went to Nigeria again and in a sense I was reborn in terms of my love for my culture,” she tells ESSENCE. “Now, if I can spread the gospel of different elements of my culture in any way, even through hair, I want to use it as a form of storytelling.”

Her clothing brand Meji Meji, launched in 2020, is actually an example of this. One of her bestsellers, the Na Me Cause Am t-shirt, incorporates a black femme fatale with an afro within the primary role. And now? Her recent one Sisi Ologe top is an element of this tradition that not only embraces her relationship with hair, but in addition uplifts and preserves her culture.

The top embodies the photographs you would possibly see when flipping through a Seventies newspaper wig campaign ad: from the voluminous blowout and kinky coils to the intricately braided hairstyles that reflect the expansiveness of African beauty. Collaborating with artists on her work is amazingly essential to her since it allows her to be the voice of Africa. This time she selected an artist specifically Joseph Edgar. It took six months to perfect the print itself – it was an actual labor of love.

Meanwhile, the campaign imagery is reminiscent of Nollywood movies – combining nostalgia with contemporary Shuku updos. All this was achieved because of her long-time friends and collaborators, The law of jokes AND Opeyemi Oyebanji. Their hairdressing skills brought the designer’s campaign to life with intricate updos that highlighted the complexity of the highest

But the world of hair has all the time appealed to Oye’s soul long before she became the founder of the brand. At age 5, she called the basketry salon where her mother worked “her after-school program.” There, she helped her mother finish the ends of braids on her clients’ hair, and watching Nollywood movies ignited her love for fashion and beauty.

“I recently asked my mom if I was addicted to toys growing up, and she said, ‘Not at all, but you were.’ You sat in front of the TV and watched the transformations over and over again. Then I noticed your interest in hairstyles and fashion. She wasn’t surprised when I started taking on my own clients from school,” Oye says.

She was influenced by how hairstyle and fashion can improve someone’s self-confidence. She knew that design was her calling, but it surely was also crucial for her clothes to be connected to her roots – her history as an African woman – and to include her personal love of preserving African braiding techniques.

“I am grateful to my parents for nurturing my talent, which led to me moving to New York at the age of 15,” where she attended Art & Design School. “It took years to become a muse” – because of her signature look, which included braids with bangs, freestyle braids, twisted mohawks and more. “I was giving hairdressers headaches because they were saying, ‘That girl and her crazy hairstyles are back.'” That was until she found her tribe with Helena Koudou AND Lawal’s joke– who were equally excited to create hair magic together with her.

In 2018, Oye got here up with a hairstyle titled Suspicion + Periwinkle. It featured a tall cone pinned up with three rows of curled braids in front as bangs. This style was in all places, from the CFDA red carpet to Jameson’s packaging to the Burna Boy music video. “Seeing people’s reactions to this style around the world made me realize it’s not just about the hair,” she says. And like those iconic moments, Oye understands how essential it’s to have that representation in the whole lot he does. As he explains, “it’s about maintaining traditional techniques while adding a modern twist. This is my legacy.”

They say it’s higher to depart than to enter? At least that appears to be the general consensus amongst the who’s who of the wellness community – where colon health is all the rage. If you are not aware of the science of colon therapy – also generally known as colon therapy, colonic hydrotherapy, and colonic irrigation – colonics describes the strategy of flushing out the intestines with a considerable amount of fluid.

On social media, influencers and personalities are sharing très chic selfies and boomerangs in luxurious spa-like settings, documenting their intestinal processes as if it were a daily visit to a beauty salon.

How did we get to the point where intestinal hydration is touted in the same wellness wheelhouse as hydromassage and sugaring? Where else but TikTok, where else “hot girls” have stomach problemsIBS is sexy and “gut health” is all you’ll be able to discuss?

You do not feel well. You’ve had a throbbing headache, dizziness, and vomiting all week after your previous few meals.

You visit your GP to get answers and sit as he shines a light in your eyes, orders a blood test and asks for imaging tests.

Everything your GP has done relies on light. These are only a number of the optical technologies which might be having a huge effect on the best way we diagnose diseases.

1. On-site testing

Point-of-care diagnostics allow doctors to test patients on-site and get answers in minutes, slightly than sending samples to a lab for evaluation.

A “flashlight” utilized by a family doctor to look contained in the eye (so-called ophthalmoscope) is an excellent example. This allows doctors to detect abnormal blood flow in the attention, deformation of the cornea (the outermost transparent layer of the attention), or swelling of the optic discs (the circular section in the back of the attention where the nerve connection to the brain begins). Swollen discs are an indication of increased pressure inside the top (or, within the worst case scenario, a brain tumor) which may be attributable to causing your headaches.

Invention lasers and LEDs has made many other miniaturized technologies available on the bedside or within the clinic, slightly than within the laboratory.

A famous example is pulse oximetry, during which a clip attached to the finger provides information concerning the level of blood oxygenation. He does this through measuring different reactions of oxygenated and deoxygenated blood to different colours of light.

Pulse oximetry is utilized in hospitals (and sometimes at home) to monitor the health of the respiratory system and heart. In hospitals, additionally it is a precious detection tool heart defects in infants.

2. Looking at molecules

Now let’s return to this blood test. Analyzing a small amount of blood allows you to diagnose many various diseases.

A tool called an automatic “complete blood count analyzer” that checks overall health indicators. This device directs focused beams of light through blood samples stored in small glass tubes. It counts the variety of blood cells, determines their specific type and provides the extent of hemoglobin (a protein in red blood cells that distributes oxygen within the body). Within minutes this machine can deliver snapshot general health.

To obtain more specific disease markers, blood serum is separated from heavier cells by centrifugation in a rotating instrument called a centrifuge. The serum is then subjected to special chemical stains and enzyme tests that change color depending on the presence of certain molecules, which could also be an indication of disease.

These color changes can’t be detected with the naked eye. However, a beam of light from an instrument called a spectrometer can detect small amounts of those substances within the blood and determine whether and at what concentrations biomarkers of diseases are present.

3. Medical imaging

Let’s look again on the medical images ordered by your GP. The development of fiber optic technology, which became famous for transforming high-speed digital communications (comparable to NBN), allows light to enter the body. Result? High resolution optical imaging.

A typical example is endoscopeduring which fibers with a small camera on the top are inserted into natural body openings (comparable to the mouth or anus) to examine the intestines or respiratory tract.

Surgeons can use the identical technology through tiny incisions to view the within the body on a video screen during surgery laparoscopic surgery (also generally known as keyhole surgery) to diagnose and treat diseases.

What concerning the future?

Advances in nanotechnology and a greater understanding of how light interacts with our tissues are leading to latest light-based tools that help diagnose disease. These include:

• nanomaterials (materials on a particularly small scale, many 1000’s of times smaller than the width of a human hair). They are utilized in next-generation sensors and latest diagnostic tests

• wearable optical biosensors nail size will be taken into consideration in devices comparable to watches, contact lenses and finger bands. These devices enable non-invasive measurement of sweat, tears and saliva in real time

• AI tools to analyze how blood serum scatters infrared light. This enabled scientists to construct extensive database scatter patterns to detect any cancer

• a kind of non-invasive imaging, the so-called optical coherence tomography for more detailed imaging of the attention, heart and skin

• fiber optic technology that enables a small microscope to be introduced into the body the tip of the needle.

So the following time you see your primary care doctor who performs (or orders) certain tests, chances are high that a minimum of certainly one of those tests will depend upon light to diagnose the disease.