Nigerian Brothers Pioneer Lifelike African Prosthetics in Uyo Lab
On a humid morning in Uyo, Nigeria, Ubokobong Amanam proudly displays the lifelike prosthetic hand that has replaced his lost fingers, featuring tiny wrinkles and naturally shaped nails. Seven years ago, a devastating firework accident left him severely injured, with doctors unable to save his fingers. The available prosthetics at the time were clumsy, poorly fitted, and designed for western body types, offering little solace.
"At first, it was deeply disappointing to realise there were no hyper-realistic or even realistic African-style prosthetics," Ubokobong recalls. "That discovery made me feel worse and intensified my depression." However, his brother, John Amanam, a special effects artist skilled in creating human replicas for film and theatre, saw an opportunity. Together, they embarked on a mission to design a better prosthetic hand tailored for Africans, launching their company, Immortal Cosmetic Art.
Addressing a Staggering Global Need
The brothers recognised a critical gap in prosthetic care across Africa. Millions of Africans lack access to prosthetics due to high costs and limited availability, with imported limbs often unsuitable for local body types. Unofficial estimates suggest up to 2 million people in Nigeria alone need prosthetic limbs, while imported options can cost between $2,000 and $3,000, placing them out of reach for many.
This issue reflects a broader global shortage. According to the Global Health Observatory's 2022 report on assistive technology, nine out of ten people worldwide who require devices like prosthetics, wheelchairs, or hearing aids do not have access. The situation is particularly dire in low- and middle-income countries, where resources are scarce.
"The first thing I discovered is that prosthetics aren't really made for people like us," Ubokobong explains, noting mismatched colours, costly repairs requiring imported parts, and a lack of high-quality products. In response, the brothers spent three years developing the Ubokobong Bionic Arm, leading the way in lifelike prosthetics for amputees across the continent.
Innovation and Personalised Care
Immortal Cosmetic Art's approach combines artistic precision with technological advancement. John utilises his artistic skills to incorporate minute details such as wrinkles, veins, fingernails, and fingerprints, using silicone moulds from each user's body to ensure a perfect match. Their customers, like 30-year-old Emediong Bassey, who lost her lower right leg in a 2010 motor accident, attest to the transformative impact.
"It feels like my real leg," Bassey says. "It's comfortable and matches my skin tone. Most people don't even realise it's not my real leg because it so closely resembles my other leg in colour and shape." Beyond aesthetics, the company is advancing into bionic prosthetics that use electromyography to read muscle signals, enabling users to control movement—a significant leap in a field dominated by expensive foreign technology.
Each bionic limb costs about $7,000, cheaper than many western alternatives but still unaffordable for most Africans. To bridge this gap, the brothers are seeking support from governments and NGOs, having already provided free prosthetics to over ten clients, including Bassey.
Global Implications and Policy Challenges
The disparity between innovation and access highlights a global inequality. In the United States, bionic limbs often cost tens of thousands of dollars without full insurance coverage, forcing many to crowdfund. In India, affordable options like the $45 Jaipur Foot compromise on realism and function. Dr Natasha Layton, an occupational therapist and associate professor at Monash University in Australia, identifies this as a policy failure.
"Assistive technology has often been treated as an optional extra rather than a core part of health services," Layton states. "But it is essential for access to education, employment, and social inclusion." She argues that decades of underinvestment, with priorities skewed toward acute healthcare over long-term support, have exacerbated the prosthetics gap.
Experts like Opeoluwa Akinola, co-founder of the Accesstech Innovation and Research Centre, emphasise the importance of community-driven design. Akinola, who lost his sight as a child, advocates for solutions rooted in the lived realities of people with disabilities. "When technology is developed within communities, it reflects real needs. It becomes more accessible and sustainable," he says, highlighting that African innovators are redefining inclusive technology.
A Broader Shift in Global Health Technology
For researchers such as Layton, the Amanam brothers' work signifies a reversal in traditional innovation flows. "Traditionally, advances have flowed from high-income to low-income countries," she notes. "Now the trend is reversing, as innovations emerge from countries that must think creatively under constraints." These constraints, she adds, can spur creativity, leading to technologies that could eventually influence the global prosthetics industry.
Immortal Cosmetic Art has produced over 5,000 prosthetics, attracting international orders from Ghana, Côte d'Ivoire, and the African diaspora in the United States. Their journey—from a personal accident to a thriving business—exemplifies a new paradigm where technologies are locally built tools of independence rather than imported luxuries.
"When the people closest to a problem design the solutions, those solutions are fundamentally different," Akinola concludes, underscoring the human dimension at the heart of the brothers' mission to restore dignity and functionality through innovation.
