Loss of Sensation: What It Is and How to Book a Consultation Service for Its Treatment Through StrongBody AI
Loss of sensation refers to numbness or the inability to feel touch, pain, or temperature in a specific area of the body. When this occurs in the feet, it is often a warning sign of nerve damage or circulation issues—especially when associated with foot ulcers.
For many individuals, particularly those with diabetes, loss of sensation related to foot ulcers can develop gradually and go unnoticed until an infection or open sore occurs. It’s a leading cause of delayed treatment and serious complications like gangrene or amputation.
Foot ulcers are open wounds or sores that typically form on the soles of the feet. They are most commonly seen in people with:
- Diabetes
- Poor circulation
- Neuropathy
- Prolonged pressure or trauma
Key symptoms include:
- Swelling or discoloration
- Drainage from the wound
- Redness around the affected area
- Loss of sensation in the affected foot
Untreated foot ulcers can become infected, leading to bone involvement (osteomyelitis), tissue death, and in severe cases, amputation. Identifying loss of sensation early is key to preventing ulcer formation and progression.
A loss of sensation consultant service provides medical evaluation and treatment planning for patients experiencing numbness or tingling in the feet. For those with or at risk of foot ulcers, this service focuses on:
- Neurological and circulatory assessments
- Foot inspection and ulcer screening
- Risk classification for diabetic foot complications
- Wound care and vascular referral coordination
Consultants include neurologists, vascular surgeons, podiatrists, endocrinologists, and wound care specialists.
Managing loss of sensation from foot ulcers requires a multidisciplinary approach:
- Blood Sugar Control: Essential for diabetic patients to prevent nerve damage.
- Wound Care: Debridement, topical treatment, and dressings to heal ulcers.
- Neuropathy Medications: Such as pregabalin or duloxetine for nerve pain and numbness.
- Compression and Vascular Therapy: To improve circulation and reduce swelling.
- Custom Footwear and Orthotics: To reduce pressure and prevent new sores.
Early consultation prevents escalation and helps preserve foot function.
- Dr. Evelyn Price – Diabetic Foot Specialist (USA)
Leader in neuropathy management and foot ulcer prevention.
- Dr. Rakesh Kumar – Endocrinologist & Diabetic Foot Expert (India)
Provides comprehensive diabetes and sensory loss care at accessible rates.
- Dr. Julia Roth – Vascular Medicine Consultant (Germany)
Focuses on poor circulation and advanced ulcer healing protocols.
- Dr. Hala Al-Mansoori – Wound Care Specialist (UAE)
Expert in pressure ulcer and diabetic foot treatment, multilingual care.
- Dr. Pedro Santos – Neurologist (Brazil)
Combines sensory nerve assessment with diabetic foot screening.
- Dr. Amina Javed – Internal Medicine with Podiatry Focus (Pakistan)
Manages both metabolic and structural causes of sensory loss and ulcers.
- Dr. Andrew Ng – Podiatric Surgeon (Singapore)
Performs conservative and surgical management of advanced foot ulcers.
- Dr. Lucía Romero – Geriatric Foot Care Specialist (Mexico)
Spanish-speaking expert in elderly patients with foot numbness and wounds.
- Dr. Tarek Ezzat – Diabetic Neuropathy Consultant (Egypt)
Excels in early detection of loss of sensation and ulcer prevention.
- Dr. Grace Williams – Advanced Nurse Practitioner (UK)
Delivers integrated wound care, pain relief, and foot screening programs.
Region | Entry-Level Experts | Mid-Level Experts | Senior-Level Experts |
North America | $130 – $250 | $250 – $400 | $400 – $700+ |
Western Europe | $120 – $230 | $230 – $380 | $380 – $600+ |
Eastern Europe | $50 – $90 | $90 – $160 | $160 – $280+ |
South Asia | $20 – $60 | $60 – $110 | $110 – $200+ |
Southeast Asia | $30 – $80 | $80 – $140 | $140 – $250+ |
Middle East | $60 – $130 | $130 – $240 | $240 – $400+ |
Australia/NZ | $90 – $180 | $180 – $300 | $300 – $500+ |
South America | $30 – $80 | $80 – $140 | $140 – $260+ |
In the historic auditorium of the Complutense University in Madrid, during the final plenary of the 2025 Global Diabetic Foot Complications Congress, the lights dimmed for an intimate documentary. Patients from around the world spoke softly of neuropathy’s silent theft—of sensation lost, wounds unnoticed, lives quietly diminished. The international audience sat in shared reverence; tears traced silent paths.
One story held the room longest.
It belonged to Isabella Conti, 47, a dedicated art restorer and passionate Vespa rider from Rome, Italy.
Isabella had always lived with her hands and feet in motion. Delicately restoring frescoes in hidden Roman churches by day, weaving through eternal city traffic on her vintage Vespa by evening, wandering Trastevere’s cobblestone alleys sketching light on ancient walls—her life was one of touch and trajectory. Diagnosed with type 2 diabetes eight years earlier, she adapted thoughtfully: classic Italian meals with careful pasta portions, long evening passeggiate along the Tiber, regular visits to her medico di famiglia.
But neuropathy arrives without sound.
It began gradually in early 2024: faint numbness in her soles after long days balanced on scaffolding. Then feeling dissolved entirely. She barely registered a sharp stone embedded in her sandal during a crowded summer stroll near the Pantheon. Because no pain announced it, she kept walking. The injury deepened unseen for days. By the time she noticed blood on her sock, a profound ulcer had formed on her right heel—silent, relentless, already colonized by infection.
The following twenty months became a veiled ordeal.
Isabella consulted nine specialists: a GP for starter dressings, a neurologist for nerve studies confirming advanced neuropathy, a podiatrist for off-loading devices, a vascular surgeon for arterial scans, a wound center for advanced grafts, an infectious disease specialist for resistant cultures, a rehabilitation therapist for gait training, a diabetologist for tighter control, and finally a high-risk clinic weighing salvage options. Despite Italy’s solid healthcare, specialist delays stretched months; private visits and cutting-edge sensors depleted savings. Thermal imaging socks, pressure-relieving sandals, nerve supplements, reduced restoration hours—all accrued quietly.
With sensation erased, harm struck without warning. A minor scald from restoration chemicals went unfelt until blistering appeared. A tiny nick from scaffolding deepened undetected. She tried every diabetes app, AI foot scanners, daily photo journals—yet they delivered only algorithmic reminders: “inspect feet daily, optimize glucose.” She needed someone who could detect danger her nerves no longer signaled.
One golden September evening in 2025, while reading an Italian neuropathy forum over espresso, Isabella found repeated, emotional testimonies praising StrongBody AI—a global telehealth platform connecting patients with elite diabetic foot and neuropathy specialists worldwide. Integrating real-time glucose monitors, smart insoles mapping pressure and temperature, and high-resolution patient images, it offered proactive, deeply individualized vigilance.
She paused. “Another platform when money is already careful?” But her partner Matteo urged softly: “Local cycles haven’t broken the pattern. Perhaps borderless eyes can see what we cannot.”
That night she registered.
After uploading exhaustive records—nerve test results, glucose histories, daily pressure maps from her phone, footwear archive, even how Rome’s eternal heat and marble dust affected invisible inflammation—the platform matched her with Dr. Liam O’Connor, a renowned diabetic neuropathy and preventive podiatry specialist based in Dublin, Ireland. With twenty years pioneering sensory-loss monitoring and AI-enhanced early intervention, Dr. O’Connor was celebrated for blending biomechanical precision with warm, attentive care.
Their first video consultation felt like sunlight through stained glass.
Dr. O’Connor gave generous time—beyond hurried Italian appointments. He asked Isabella to walk slowly across her studio on camera, analyzing weight shifts. He explored sleep fractured by phantom tingles, hydration during long restoration days, how Roman humidity masked foot temperature changes, even stress peaks during tourist seasons. He studied weeks of uploaded images, insole heat and pressure maps, and glucose patterns.
“You’ve been restoring beauty while your body quietly faded,” he said gently. “But beauty deserves protection too. We’ll watch where sensation cannot.”
He crafted a bespoke protocol: advanced 3D-printed orthotics with real-time pressure/temperature alerts, nightly sensory re-education inspired by gentle Vespa throttle motions, nutritional timing around traditional Roman meals, weekly precise imaging for micro-trauma detection, and exact escalation steps for any data anomaly.
Not everyone around Isabella understood.
Her mother cautioned: “A doctor in Ireland? Trust our Italian experts—they know la dolce vita.” Colleagues murmured about “paying for technology” amid rising costs. Even Matteo quietly worried about added expense during uncertain restoration contracts.
Isabella nearly paused the service twice.
Then came the silent alarm.
Mid-December 2025, after an exhausting week restoring a Baroque chapel, Isabella felt nothing amiss—no pain, no hint. But that evening she uploaded her routine foot photos and sensor data faithfully. Moments later the platform flashed urgent: localized temperature spike and pressure overload on the heel, indicating early tissue necrosis from undetected repetitive stress on ancient floors.
Eight minutes later Dr. O’Connor connected via priority video—the AI had identified brewing ulceration from subtle overload her numb skin ignored.
Speaking calmly with a soft Irish lilt, he guided her: immediate total off-loading with the backup device, targeted cooling ritual, elevation customized to her apartment’s layout, a brief anti-inflammatory adjustment, and dawn data review. By morning the incipient damage had reversed. A potentially severe, silent ulcer—and possible irreversible loss—was intercepted before it began.
“That night returned Rome to my feet,” Isabella recalled, voice trembling with wonder. “Someone across the Irish Sea was feeling what I’d lost—reading my maps, my images, my rhythms—and guarded me before ruin struck. Distance dissolved. Vigilance remained.”
Trust blossomed swiftly afterward.
Over the following months new ulcers stopped forming entirely. Existing wounds closed cleanly. Pressure anomalies were caught and corrected instantly. Sensation did not return—neuropathy often permanent—but intelligent safeguards replaced absent warnings. Isabella resumed gentle Vespa rides—first short loops through Villa Borghese, then longer along the Appian Way, wind in her hair even without ground beneath.
Now she begins each day reviewing the StrongBody AI dashboard—Dr. O’Connor’s thoughtful notes, stable sensor graphs, gentle adjustments considering Rome’s weather and her restoration schedule.
Challenges linger. Numb feet demand eternal discipline. Glucose requires respect. Yet the dread of unseen catastrophe has lifted.
Recently Matteo found her in their courtyard at golden hour, barefoot on warm travertine, slowly shifting weight while sketching light on basil leaves—no hesitation, only quiet gratitude.
“I used to think diabetes had stolen my touch for the world,” she told him softly. “But it taught me to protect it wiser. And thanks to StrongBody AI, I found the right guardian for that wisdom.”
Isabella has started planning again—leading small spring art walks for visitors once more, pausing often under Renaissance domes to let them feel the city she now safeguards so carefully.
When friends ask how she halted the silent wounds, she answers simply:
“I’m not just restoring art anymore. I’m protected—with someone who truly senses what I cannot feel.”
And across the Celtic Sea, a dedicated specialist keeps watching, ready for the next quiet step forward.
In the sleek conference center of the Moscone Center in San Francisco, during the closing keynote of the 2025 American Diabetes Association Advanced Complications Forum, the auditorium lights faded for a moving short film. Authentic stories of diabetic neuropathy and silent foot ulcers unfolded—voices describing numb feet, unseen wounds, quiet resilience. The diverse audience of clinicians and researchers sat in profound hush; tears fell freely.
One story captivated them all.
It belonged to Emma Thompson, 49, a dedicated high school biology teacher and avid trail runner from Seattle, Washington.
Emma had always thrived on exploration. Guiding students through Olympic National Park field trips, running misty forest trails at dawn with Puget Sound views, coaching the school track team—her life pulsed with motion and discovery. Diagnosed with type 2 diabetes nine years earlier, she managed it proactively: Pacific Northwest-inspired meals with fresh salmon and berries in moderation, daily runs along the Burke-Gilman Trail, consistent endocrinologist visits.
But neuropathy steals sensation stealthily.
It crept in during late 2023: subtle tingling in her arches after long days standing at the whiteboard. Then feeling vanished. She hardly noticed a thorn prick during a rainy Hoh Rain Forest hike. Because no pain signaled danger, she kept running. The injury festered unnoticed for weeks. By discovery, a deep ulcer had developed on her left midfoot—silent, treacherous, infected without alert.
The ensuing twenty-one months turned into hidden torment.
Emma visited nine specialists: a primary care doctor for starter antibiotics, a neurologist for nerve tests confirming profound neuropathy, a podiatrist for protective boots, a vascular specialist for Doppler studies, a wound center for debridements and bioengineered grafts, an infectious disease physician for stubborn bacteria, a physical therapist for balance training, a pain expert for medications that dulled nothing, and finally a high-risk foot clinic debating advanced options. Despite robust insurance, copays, private scans, experimental sensors, and custom running orthotics drained retirement savings. Temperature socks, pressure apps, reduced teaching load—all piled on relentlessly.
With sensation absent, damage struck invisibly. A hot coffee spill on her foot went unfelt until evening revealed burns. A blister from new trail shoes deepened undetected. She tried every diabetes platform, AI foot analyzers, daily mirror checks—yet they spat out rote advice: “inspect daily, stabilize glucose.” She needed someone who could perceive threats her nerves ignored.
One drizzly January evening in 2025, scrolling a U.S. neuropathy support subreddit, Emma found repeated, tearful praises for StrongBody AI—a global telehealth platform linking patients with top diabetic foot and neuropathy experts worldwide. Harnessing real-time glucose monitors, smart insoles mapping pressure and temperature, and patient-uploaded high-res images, it promised proactive, deeply personalized guardianship.
She wavered. “Another app when we’re already maxed out?” But her husband Alex urged gently: “Local teams haven’t stopped the cycle. Maybe global insight can catch what you can’t feel.”
That night she signed up.
After submitting exhaustive details—nerve reports, glucose histories, trail run step data from her watch, shoe collection, even how Seattle’s constant rain hid temperature drops—the platform matched her with Dr. Viktor Novak, a premier diabetic neuropathy and preventive podiatry specialist based in Prague, Czech Republic. With eighteen years pioneering sensory-loss monitoring and AI-enhanced early detection, Dr. Novak was acclaimed for fusing biomechanical precision with empathetic, thorough guidance.
Their first video consultation felt like dawn breaking.
Dr. Novak invested real time—far beyond clipped U.S. visits. He asked Emma to walk slowly across her living room on camera, scrutinizing off-loading patterns. He delved into sleep fractured by restless legs, hydration on long teaching days, how Pacific Northwest fog masked foot temperature shifts, even stress spikes during grading seasons. He pored over weeks of uploaded images, insole pressure/heat maps, and glucose curves.
“You’ve been running through silence with incredible spirit,” he said warmly. “But spirit needs vigilant eyes when nerves cannot speak. We’ll watch for you.”
He built a bespoke protocol: next-gen 3D-printed orthotics with instant pressure/temperature alerts, nightly sensory substitution routines inspired by gentle trail stretching, nutritional syncing with Pacific seafood meals, weekly precise imaging for micro-stress detection, and exact escalation steps for any data irregularity.
Not everyone around Emma supported it.
Her parents cautioned: “A doctor in Europe? Stick with American experts—they understand our system.” Colleagues questioned “paying for an app” amid rising costs. Even Alex privately worried about extra strain on their budget.
Emma almost canceled twice.
Then came the invisible threat.
Late February 2025, after a demanding parent-teacher conference week, Emma sensed nothing wrong—no pain, no cue. But that night she uploaded her standard foot photos and sensor data religiously. Seconds later the platform triggered an alert: localized temperature spike and pressure anomaly on the midfoot, signaling incipient tissue breakdown from undetected overload during prolonged standing.
Ten minutes later Dr. Novak connected via priority video—the AI had spotted brewing ulceration from subtle repetitive stress her numb skin ignored.
Speaking steadily, he directed her: immediate full off-loading with the reserve device, targeted ice protocol, elevation customized to her home setup, a brief anti-inflammatory tweak, and dawn data review. By morning the nascent damage had retreated. A potentially devastating, silent ulcer—and likely major setback—was intercepted before it formed.
“That night returned agency to my body,” Emma recalled, voice quivering with gratitude. “Someone across the Atlantic was sensing what I’d lost—tracking my maps, my images, my rhythms—and shielded me before harm took root. Distance disappeared. Safeguard endured.”
Trust flourished quickly afterward.
Over the months ahead new ulcers halted entirely. Old wounds closed firmly. Pressure irregularities were nipped early. Sensation stayed gone—neuropathy frequently irreversible—but vigilant technology replaced missing alarms. Emma returned to gentle trails—first short greenbelt loops, then longer rainforest paths with Alex, feeling mossy air even without ground feedback.
Now she starts each morning checking the StrongBody AI dashboard—Dr. Novak’s insightful notes, steady sensor graphs, fine-tuned suggestions accounting for Seattle drizzle and her classroom cadence.
Challenges persist. Numbness demands perpetual care. Glucose requires discipline. Yet the terror of undetected catastrophe has evaporated.
Recently Alex spotted her on their deck at sunset, barefoot on cedar planks, slowly balancing while watching ferries cross the Sound—no falter, only quiet assurance.
“I used to think diabetes had severed my tie to the earth,” she told him softly. “But it taught me to safeguard it smarter. And thanks to StrongBody AI, I found the right watcher for that safeguard.”
Emma has begun planning again—guiding small student trail runs come spring, pausing often under ancient cedars to let them feel the forest she now protects so fiercely.
When friends ask how she ended the unseen wounds, she answers simply:
“I’m not just teaching anymore. I’m guarded—with someone who truly perceives what I cannot feel.”
And across the ocean, a dedicated specialist keeps watching, ready for the next silent stride forward.
In the grand glass-domed atrium of the Berlin Congress Center, during the closing session of the 2025 International Diabetic Neuropathy and Foot Preservation Summit, the lights dimmed for a poignant short film. Real patients shared hushed stories of silent nerve damage—of lost sensation, unnoticed wounds, fragile reclamation. The global audience of experts sat transfixed; quiet tears traced many faces.
One story resonated most deeply.
It belonged to Lars Jensen, 51, a committed orchestral violinist and enthusiastic coastal hiker from Copenhagen, Denmark.
Lars had always lived through sound and stride. Rehearsing with the Royal Danish Orchestra in historic halls, hiking the rugged cliffs of Bornholm or along the Øresund shores at twilight, teaching young students to feel music in their fingers—his world was one of vibration and vast horizons. Diagnosed with type 2 diabetes ten years earlier, he adapted diligently: balanced Nordic meals with rye bread and herring in moderation, long bike commutes and coastal walks for circulation, regular check-ups with his praktiserende læge.
But peripheral neuropathy arrives without fanfare.
It began insidiously in spring 2024: faint pins-and-needles in his soles after long rehearsals standing on stage. Then sensation faded. He scarcely registered a sharp shell cut during a summer beach walk on Møn’s white cliffs. Because he felt nothing, he continued hiking. The wound went unnoticed for days. By the time he saw it, a deep ulcer had formed on his right heel—silent, insidious, already infected.
The following nineteen months became a shadowed struggle.
Lars consulted eight specialists: a GP for initial antibiotics, a neurologist for EMG studies confirming severe neuropathy, a podiatrist for custom orthotics, a vascular surgeon for circulation enhancement, a wound clinic for hyperbaric sessions, an infectious disease expert for biofilm cultures, a pain specialist for medications that barely touched phantom tingles, and finally a multidisciplinary foot team discussing preventive strategies. Despite Denmark’s exemplary healthcare, specialist queues stretched; private consultations and advanced sensors eroded savings. Temperature-monitoring socks, pressure-relieving footwear, nerve-growth supplements, reduced orchestra hours—all mounted quietly.
Because sensation had vanished, new injuries appeared without warning. A minor burn from stage lights went unfelt until blistering appeared. A small abrasion from violin case edges deepened unseen. He tried every diabetes monitoring app, AI foot-imaging tools, daily self-scan reminders—yet they delivered only impersonal prompts: “check feet twice daily, maintain glucose.” He needed someone who could detect what his nerves no longer reported.
One foggy October evening in 2025, while reading a Scandinavian neuropathy support forum, Lars discovered repeated, deeply moved testimonials about StrongBody AI—a global telehealth platform connecting patients with premier diabetic foot and neuropathy specialists worldwide. Using real-time integration of glucose monitors, smart insoles with pressure and temperature mapping, and high-resolution patient-submitted images, it offered truly proactive, personalised vigilance.
He hesitated. “Another platform when finances are already strained?” But his wife Freja encouraged softly: “Local options haven’t prevented recurrence. Perhaps international expertise can see what we cannot.”
That night he created an account.
After uploading detailed records—nerve conduction results, glucose logs, daily pressure maps from his phone, footwear inventory, even how Copenhagen’s cold sea winds masked temperature shifts—the platform matched him with Dr. Maria Costa, a renowned diabetic neuropathy and limb preservation specialist based in Lisbon, Portugal. With twenty years mastering sensory loss prevention and advanced biomechanical modelling, Dr. Costa was celebrated for combining AI-supported predictive analytics with warm, meticulous care.
Their first video consultation felt like a new movement beginning.
Dr. Costa devoted generous time—far beyond brief Danish appointments. She asked Lars to walk slowly across his living room on camera, analysing weight distribution changes. She explored sleep disruption from restless legs, hydration during long rehearsals, how Baltic humidity affected invisible inflammation, even stress peaks during symphony seasons. She reviewed weeks of uploaded foot images, temperature and pressure heat-maps from smart insoles, and glucose trends.
“You’ve been playing on despite silence in your feet,” she said gently. “But silence needs a vigilant conductor. We’ll orchestrate protection you can no longer sense yourself.”
She designed a custom regimen: advanced 3D-printed orthotics with real-time pressure and temperature alerts, nightly sensory substitution exercises inspired by gentle violin bowing motions, nutritional timing around traditional Danish family dinners, weekly objective imaging with early tissue-stress detection, and precise protocols for any data anomaly.
Not everyone in Lars’s circle embraced the choice.
His mother fretted: “A doctor in Portugal? Trust our Danish specialists—they know our system.” Orchestra colleagues murmured about “paying for technology” when costs were rising. Even Freja quietly worried about added expense during uncertain concert schedules.
Lars nearly paused the subscription twice.
Then came the unseen emergency.
Mid-November 2025, after an intense weekend rehearsal, Lars felt nothing amiss—no pain, no signal. But that evening he uploaded his routine foot photos and insole data as guided. Within moments the platform issued an alert: abnormal temperature rise and pressure overload on the heel, indicating early tissue breakdown invisible to his numb skin.
Nine minutes later Dr. Costa joined via priority video—the AI had identified impending ulceration from unnoticed repetitive stress during long standing hours.
Speaking calmly, she guided him: immediate complete off-loading with the backup device, targeted cooling protocol, elevation tailored to his apartment’s layout, a short-term anti-inflammatory adjustment, and follow-up data check at dawn. By morning the threatened damage had reversed. A potentially deep, silent ulcer—and possible severe complication—was prevented before it began.
“That night restored the music in my steps,” Lars recalled, voice thick with wonder. “Someone across Europe was hearing what my body could no longer play—monitoring my maps, my images, my patterns—and intervened before the silence turned dangerous. Distance faded. Protection resonated.”
Trust deepened rapidly afterward.
Over the following months new ulcers ceased forming. Existing wounds healed steadily. Pressure anomalies were caught and corrected early. Sensation remained lost—neuropathy often permanent—but proactive safeguards replaced absent warnings. Lars resumed gentle coastal walks—first short paths along the sound, then longer trails with Freja, feeling the sea breeze even if not the sand.
Now he begins each day reviewing the StrongBody AI dashboard—Dr. Costa’s thoughtful insights, the stable sensor graphs, gentle adjustments considering Copenhagen’s weather and his rehearsal rhythm.
Challenges endure. Numb feet require lifelong discipline. Glucose demands respect. Yet the dread of undetected destruction has dissolved.
Recently Freja found him on their balcony at dusk, barefoot on cool wood, slowly shifting weight while humming a soft melody—no hesitation, only quiet harmony.
“I used to think diabetes had muted my connection to the ground,” he told her softly. “But it taught me to listen differently. And thanks to StrongBody AI, I found the right conductor for that new symphony.”
Lars has started planning again—leading small spring hiking trips for his students once more, pausing often on cliffs to let them hear the waves he now safeguards so carefully.
When friends ask how he halted the silent wounds, he answers simply:
“I’m not just performing anymore. I’m protected—with someone who truly hears what I cannot feel.”
And across the continent, a dedicated specialist keeps listening, ready for the next quiet note forward.
How to Book a Loss of Sensation Consultant via StrongBody AI
Step 1: Visit StrongBody AI and sign up using your email, location, and health profile.
Step 2: Search for: “Loss of Sensation Consultant Service” or filter by “Foot Ulcers.”
Step 3: View expert profiles, compare specialties, and check pricing.
Step 4: Choose your consultant and appointment time, then complete payment securely.
Step 5: Join your online consultation and receive a tailored diagnostic and care plan.
Loss of sensation, particularly when linked to foot ulcers, should never be ignored. It’s a critical sign of underlying nerve or circulatory issues that could lead to severe complications if left untreated.
With StrongBody AI’s consultant service for loss of sensation, you get immediate access to global experts who understand how to diagnose and treat nerve-related foot conditions. Book your consultation today to take the first step in preserving your foot health and preventing future ulcers.
Overview of StrongBody AI
StrongBody AI is a platform connecting services and products in the fields of health, proactive health care, and mental health, operating at the official and sole address: https://strongbody.ai. The platform connects real doctors, real pharmacists, and real proactive health care experts (sellers) with users (buyers) worldwide, allowing sellers to provide remote/on-site consultations, online training, sell related products, post blogs to build credibility, and proactively contact potential customers via Active Message. Buyers can send requests, place orders, receive offers, and build personal care teams. The platform automatically matches based on expertise, supports payments via Stripe/Paypal (over 200 countries). With tens of millions of users from the US, UK, EU, Canada, and others, the platform generates thousands of daily requests, helping sellers reach high-income customers and buyers easily find suitable real experts. StrongBody AI is where sellers receive requests from buyers, proactively send offers, conduct direct transactions via chat, offer acceptance, and payment. This pioneering feature provides initiative and maximum convenience for both sides, suitable for real-world health care transactions – something no other platform offers.
StrongBody AI is a human connection platform, enabling users to connect with real, verified healthcare professionals who hold valid qualifications and proven professional experience from countries around the world.
All consultations and information exchanges take place directly between users and real human experts, via B-Messenger chat or third-party communication tools such as Telegram, Zoom, or phone calls.
StrongBody AI only facilitates connections, payment processing, and comparison tools; it does not interfere in consultation content, professional judgment, medical decisions, or service delivery. All healthcare-related discussions and decisions are made exclusively between users and real licensed professionals.
StrongBody AI serves tens of millions of members from the US, UK, EU, Canada, Australia, Vietnam, Brazil, India, and many other countries (including extended networks such as Ghana and Kenya). Tens of thousands of new users register daily in buyer and seller roles, forming a global network of real service providers and real users.
The platform integrates Stripe and PayPal, supporting more than 50 currencies. StrongBody AI does not store card information; all payment data is securely handled by Stripe or PayPal with OTP verification. Sellers can withdraw funds (except currency conversion fees) within 30 minutes to their real bank accounts. Platform fees are 20% for sellers and 10% for buyers (clearly displayed in service pricing).
StrongBody AI acts solely as an intermediary connection platform and does not participate in or take responsibility for consultation content, service or product quality, medical decisions, or agreements made between buyers and sellers.
All consultations, guidance, and healthcare-related decisions are carried out exclusively between buyers and real human professionals. StrongBody AI is not a medical provider and does not guarantee treatment outcomes.
For sellers:
Access high-income global customers (US, EU, etc.), increase income without marketing or technical expertise, build a personal brand, monetize spare time, and contribute professional value to global community health as real experts serving real users.
For buyers:
Access a wide selection of reputable real professionals at reasonable costs, avoid long waiting times, easily find suitable experts, benefit from secure payments, and overcome language barriers.
The term “AI” in StrongBody AI refers to the use of artificial intelligence technologies for platform optimization purposes only, including user matching, service recommendations, content support, language translation, and workflow automation.
StrongBody AI does not use artificial intelligence to provide medical diagnosis, medical advice, treatment decisions, or clinical judgment.
Artificial intelligence on the platform does not replace licensed healthcare professionals and does not participate in medical decision-making.
All healthcare-related consultations and decisions are made solely by real human professionals and users.
