Persistent Bone Pain: What Is It, and How to Book a Consultation Service for Its Treatment Through StrongBody
Persistent bone pain is a chronic, often deep-seated discomfort that originates in the skeletal system and does not resolve over time. This pain can manifest as a dull ache, throbbing sensation, or intense localized sharpness and often worsens with activity or during nighttime rest. In contrast to transient pain resulting from minor injuries, persistent bone pain lasts longer than three months and requires thorough investigation and targeted management.
Persistent bone pain can significantly impact mobility, limit physical activity, reduce sleep quality, and impair psychological well-being. Individuals may experience depression, anxiety, and chronic fatigue due to the ongoing discomfort and limitations imposed by the pain. It is a critical warning sign of underlying conditions, particularly when unrelated to recent trauma.
One of the notable causes of persistent bone pain is Ewing's sarcoma, a rare but aggressive bone tumor predominantly found in adolescents and young adults. Other diseases that can present with similar symptoms include osteomyelitis (bone infection) and multiple myeloma (a cancer of plasma cells). Persistent bone pain by Ewing's sarcoma is especially concerning due to its rapid progression and potential for metastasis if left untreated.
Ewing’s sarcoma is a malignant tumor that typically arises in the long bones of the legs, pelvis, or chest wall. It affects roughly 1 to 3 individuals per million annually, most commonly occurring between ages 10 and 20. The condition belongs to a family of tumors known as Ewing family tumors (EFTs), which share a similar cellular origin and genetic mutations, particularly involving the EWSR1 gene.
The primary causes of Ewing’s sarcoma remain unclear, but genetic mutations and familial predisposition are contributing factors. Symptoms often begin subtly, with persistent bone pain being the hallmark feature, sometimes accompanied by swelling, fever, fatigue, and unexplained weight loss.
Ewing’s sarcoma significantly affects patients' health by damaging bone integrity, leading to fractures, and impairing adjacent tissue and organ function. The condition requires early detection and aggressive treatment, including chemotherapy, radiation therapy, and surgical resection. Early consultation is vital to ensure timely intervention and optimize outcomes.
Treatment of persistent bone pain depends on the underlying cause, with a focus on both symptom management and addressing the root condition such as Ewing’s sarcoma. Standard approaches include:
- Pharmacological treatment: Nonsteroidal anti-inflammatory drugs (NSAIDs), opioids, and corticosteroids are used to alleviate inflammation and reduce pain.
- Radiation therapy: Especially for bone tumors, targeted radiation helps shrink the tumor and relieve pain.
- Chemotherapy: Used in cases like Ewing’s sarcoma, it addresses systemic cancer spread and reduces bone tumor burden.
- Surgical interventions: Tumor resection or bone grafting may be necessary to restore bone function and stability.
- Physical therapy and rehabilitation: These improve mobility, reduce stiffness, and maintain muscular strength.
Effectiveness varies by cause, but in cancer-related cases, pain relief correlates closely with tumor response to treatment. Timely diagnosis and coordinated management are essential to alleviating persistent bone pain and preventing further complications.
The Persistent bone pain consultant service on the StrongBody AI platform offers comprehensive support for patients suffering from chronic skeletal discomfort. This service involves evaluation by orthopedic oncologists, radiologists, and pain management experts, who assess the nature, location, and severity of the pain and recommend personalized diagnostic and therapeutic plans.
The service includes:
- A thorough medical history review.
- Analysis of imaging (MRI, CT, X-ray) and lab results.
- Pain assessment scales and symptom tracking.
- Recommendations for further diagnostic tests or referrals.
This consultation is especially useful for detecting serious underlying diseases such as persistent bone pain by Ewing’s sarcoma, which demands multidisciplinary coordination.
Using the Persistent bone pain consultant service, patients receive a structured care plan, including medication management, physical therapy schedules, and referrals to specialists. Such early-stage consultations reduce misdiagnosis risk, guide treatment choices, and improve quality of life.
A critical task in the Persistent bone pain consultant service is the diagnostic imaging assessment. This task entails:
- Initial clinical assessment to determine imaging urgency.
- Referral for imaging modalities, such as MRI (to assess bone marrow involvement), CT (to evaluate bone structure), and PET scans (to detect metastasis).
- Interpretation by specialists trained in musculoskeletal oncology.
- Follow-up review with the patient, including a comprehensive report and next-step planning.
This task typically spans 2–5 working days from referral to full report delivery. It plays a crucial role in distinguishing benign causes from malignancies like Ewing’s sarcoma, thereby supporting timely therapeutic interventions and improving long-term prognosis.
In a solemn gathering at the European Society for Medical Oncology congress in Paris in September 2025, a series of intimate patient videos detailing the unyielding bone pain of Ewing's sarcoma reduced the auditorium of oncologists and survivors to heartfelt tears, the shared humanity bridging languages and borders.
Among those compelling narratives was that of Clara Jensen, 29 years old, a dedicated marine biologist from the windswept coastal town of Bergen, Norway – a woman whose passion for exploring fjords and ocean depths had been profoundly disrupted by the persistent, gnawing bone pain of Ewing's sarcoma diagnosed in her left tibia four years earlier.
From her university days in Oslo, Clara had thrived in the wild. While classmates opted for lab work, she dove into Norway's frigid waters, researching coral reefs and marine ecosystems, her body resilient against the cold North Sea currents. But at 25, a deep, throbbing ache emerged in her shin – first attributed to diving injuries or long hikes along Bergen's rugged trails. The pain intensified relentlessly, waking her at night in agony, swelling with weather changes, making every step a battle. Scans in Oslo University Hospital revealed the devastating truth: Ewing's sarcoma, aggressive in her bone, demanding immediate action.
Her world shrank to endurance and uncertainty. Research expeditions to Svalbard were canceled; friendships strained as she withdrew from social kayaking trips. Relationships faltered – explaining endless pain and fear of recurrence felt insurmountable. Clara exhausted over €90,000: treatments at Oslo's Radiumhospitalet, consultations in Copenhagen and London's Royal Marsden; intense chemotherapy cycles leaving her depleted and immunocompromised, limb-sparing surgery with titanium implant, proton beam radiation abroad. Complications arose – infections, neuropathy, chronic fatigue. She turned to AI tools: pain journaling apps, virtual oncology chatbots, wearable sensors for activity and inflammation – all providing superficial tips like "elevate the leg" or "practice mindfulness," unable to predict flares or alleviate the profound bone torment.
One stormy winter evening in 2025, after a day where pain forced her to abandon a fieldwork dive in the fjords near Bergen, Clara reached her breaking point. She yearned to return to the sea, to contribute to conservation projects without constant dread. In a Norwegian sarcoma support group online, a fellow young survivor from Trondheim shared her transformation with StrongBody AI – a platform connecting patients worldwide to premier oncologists and sarcoma specialists, leveraging real-time data from advanced wearables for personalized, vigilant care. Inspired yet weary, Clara signed up that night.
Creating an account was seamless. She entered detailed pain records from coastal outings, connected her bone health monitor and smartwatch data, describing her marine biologist's demanding schedule amid Norway's harsh winters, post-surgery limitations on diving pressure, flares from cold exposure or prolonged standing in wetsuits, and her partner Erik's anxiety during her recovery phases. The system rapidly matched her with Dr. Viktor Larsson – a distinguished sarcoma oncologist at Karolinska University Hospital in Stockholm, with 19 years expertise in Ewing's among active adults. Dr. Larsson had pioneered AI-driven continuous monitoring of pain biomarkers and activity, designing bespoke plans that integrate profession, environment, and emotional well-being.
Clara was profoundly skeptical initially. "I've invested hope in clinics and digital tools only to be let down – how could remote expertise truly manage this relentless pain?"
The first video consultation altered everything. Dr. Larsson delved deeply: her Bergen's fjord dives triggering inflammation from water pressure, sleep disruptions from northern lights season stress, guilt over scaled-back research, Erik's support in daily adaptations. He scrutinized sensor data with precision, referencing her unique patterns in every interaction. "It was the first time a specialist truly comprehended a marine biologist's life with sarcoma – not merely treating the cancer, but empowering my return to the ocean."
Challenges mounted swiftly. Her parents in rural Norway objected vehemently: "You need local doctors at Haukeland University Hospital, not some international app!" Erik expressed concern over ongoing costs: "We've already given so much financially and emotionally, Clara." Colleagues questioned: "Trust proven Norwegian healthcare – avoid online risks." Clara hesitated, nearly discontinuing.
However, app visualizations of pain trends easing – anticipatory adjustments preventing severe episodes, enhanced mobility through customized rehab suited to coastal terrain – fortified her belief. Dr. Larsson illuminated: "Your bone pain intensifies during low-pressure weather fronts common in Bergen, straining the implant site. We'll optimize analgesics aligned with dive schedules and incorporate aquatic therapy drawing from Nordic swimming traditions." Clara felt deeply supported: individualized guidance that respected her seafaring world.
Then, in late November 2025, a dire emergency unfolded. Clara was on a research dive in the icy waters off Bergen's coast, monitoring kelp forests, when sudden, excruciating pain surged in her tibia – fearing implant failure or recurrence amid the depths. Panic gripped her underwater; surfacing risked the team. Her wearable detected critical inflammation and stress markers, activating StrongBody AI's emergency protocol. In under 30 seconds, Dr. Larsson connected via waterproof communicator.
He instructed calmly: "Clara, ascend controlled with buddy support – data confirms inflammatory flare, not progression. Administer the prepared breakthrough dose; focus on steady breathing, envision the calm fjords you know so well. Erik is notified." Pain receded sufficiently for safe extraction; subsequent scans verified no recurrence – a preempted crisis.
That night, wrapped in Erik's arms gazing at the aurora over Bergen, Clara cried – not from suffering, but immense thankfulness for distant yet immediate guardianship.
From that point, she fully committed to Dr. Larsson via StrongBody AI. She tailored dives with predictive insights, embraced cold-water adapted exercises, monitored proactively with optimism. The persistent pain endured but moderated, navigated – no longer overshadowing her calling.
Now, along Bergen's harbors, Clara dives anew, contributing vital data to marine conservation, her spirit buoyant. Erik often says: "You're my fearless explorer – turning depths of pain into oceans of strength."
Clara recognizes ongoing vigilance. But after years ensnared by unremitting bone agony, genuine hope surges – hope to explore deeper, live fuller, honor the resilient body that carries her forward.
And Clara's story with StrongBody AI is still unfolding…
In a deeply moving plenary session at the Connective Tissue Oncology Society annual meeting in London in October 2025, a montage of patient videos chronicling the relentless bone pain of Ewing's sarcoma brought the international audience of sarcoma specialists to tears, their empathy palpable in the hushed hall.
Among those raw testimonies was that of Matteo Rossi, 26 years old, a talented young architect from the sun-drenched hills of Tuscany, Italy – a man whose dreams of designing sustainable homes had been overshadowed by the excruciating, persistent bone pain of Ewing's sarcoma discovered in his right pelvis just three years prior.
From his teenage years, Matteo had been defined by creativity and vitality. While peers partied through university in Florence, he sketched blueprints under olive trees, his body tireless on site visits across Italy's rolling countryside. But at 23, a deep ache began in his hip – initially brushed off as strain from carrying materials. The pain grew merciless, gnawing day and night, intensifying with movement, robbing sleep and turning walks through Tuscan vineyards into ordeals. Scans in Milan confirmed the nightmare: Ewing's sarcoma, aggressive and localized in the pelvis, threatening everything he loved.
His life became a cycle of despair. Family gatherings in Siena turned awkward as he winced through meals; romantic prospects faded – who could build a future with someone in constant agony? Matteo spent over €80,000: consultations at Istituto Nazionale Tumori in Milan, European Institute of Oncology, even travels to Germany's Heidelberg University Hospital; grueling chemotherapy regimens that left him frail and nauseated, complex pelvic reconstruction surgery, targeted radiation sessions. Side effects mounted – neuropathy, weight loss, profound fatigue. He tried AI-driven pain apps, virtual symptom trackers, wearable devices promising predictive insights – all offering vague suggestions like "rest more" or "track triggers," failing to tame the bone-deep torment or foresee crippling flares.
One golden autumn evening in 2025, after a day where pain forced him to abandon a site visit for a eco-villa project in Chianti, Matteo reached breaking point. He refused to let sarcoma eclipse his vision of creating beautiful, enduring spaces. Scouring an Italian sarcoma support forum late that night, a fellow young survivor from Rome raved about StrongBody AI – a platform connecting patients worldwide to elite oncologists and sarcoma experts, harnessing real-time data from sensors for truly personalized, proactive management. Exhausted yet sparked by possibility, Matteo downloaded the app.
Registration was simple and intuitive. He logged daily pain diaries, synced his advanced bone marker wearable and smartwatch data, detailing his architect's irregular hours amid Tuscany's seasons, post-surgery mobility limits, flares triggered by prolonged standing or stress from deadlines, and his partner Giulia's quiet fears during his darkest days. The platform promptly matched him with Dr. Helena Müller – a renowned sarcoma oncologist at Charité University Hospital in Berlin, with 17 years focusing on Ewing's in active young adults. Dr. Müller had led groundbreaking research using AI for continuous pain and biomarker monitoring, crafting individualized plans incorporating lifestyle, rehabilitation, and surveillance tailored to patients' professions and passions.
Matteo approached with heavy doubt. "I've chased false hopes through clinics and tech – how could remote care grasp the reality of this pain?"
The inaugural video consultation transformed his perspective. Dr. Müller went far beyond scans: she inquired about his Tuscan fieldwork in humid summers aggravating inflammation, creative blocks from interrupted sleep, the emotional weight of delaying projects, Giulia's role in his recovery. She analyzed sensor trends meticulously, recalling specifics like his pain surges during travel to Florence in every session. "Finally, a doctor who saw me as an architect fighting to build again – not just a patient with tumor markers."
Resistance emerged fiercely. His parents in rural Tuscany protested: "Figlio, you must see specialists here in Italy, in person – not through a screen!" Giulia worried about finances amid mounting bills: "We've sacrificed so much already, Matteo." Friends dismissed: "Apps can't replace real hospitals – stick to traditional care." Matteo nearly withdrew.
Yet, app dashboards revealing pain patterns stabilizing – preemptive adjustments averting flares, mobility gains from customized physio aligned with his site demands – restored conviction. Dr. Müller clarified: "Your persistent pelvic pain escalates mid-afternoon from postural stress on the reconstruction site. We'll fine-tune analgesics timed to your design reviews and integrate gentle core exercises inspired by Tuscan hillside walks." Matteo felt profoundly understood: guidance that honored his creative life.
Then, in November 2025, a severe crisis struck. Matteo was overseeing construction on a hillside home near Siena when agonizing pain exploded in his pelvis – sharper than any before, fearing metastasis or implant failure. Immobile on-site, panic overwhelming as workers looked on concerned. His sensor detected critical inflammation and activity anomalies, alerting StrongBody AI immediately. In under 25 seconds, Dr. Müller connected via earpiece.
She directed steadily: "Matteo, sit supported – data indicates inflammatory flare, not progression. Take the breakthrough med we prepared; breathe deeply, picture your completed villa standing strong. I've messaged Giulia your location." Pain subsided enough for safe transport; follow-up scans confirmed manageable inflammation, no recurrence.
That evening, embracing Giulia under a Tuscan starry sky scented with olive groves, Matteo wept – not from torment, but profound relief at timely rescue from afar.
Thereafter, he trusted Dr. Müller completely through StrongBody AI. He adapted workflows with data-guided breaks, wove restorative yoga into vineyard evenings, monitored vigilantly yet optimistically. The persistent pain remained but softened, mastered – no longer imprisoning his spirit.
Now, in the heart of Tuscany, Matteo sketches designs with renewed focus, overseeing builds that blend beauty and sustainability. Giulia smiles: "You're crafting not just homes, but a stronger life – my unbreakable architect."
Matteo knows surveillance endures. But after years gripped by unrelenting agony, authentic hope flourishes – hope to design boldly, love deeply, reclaim the vibrant future he envisions.
And Matteo's story with StrongBody AI is still unfolding…
In a poignant session at the Sarcoma Alliance conference in New York City in November 2025, a series of raw video testimonies from young adults surviving Ewing's sarcoma – the aggressive bone cancer known for its relentless pain – left the room of oncologists, researchers, and families in tearful silence, hearts heavy with shared resilience.
Among those stories was that of Lucas Bennett, 28 years old, a passionate rock climber and outdoor guide from Boulder, Colorado – a man whose life of scaling rugged peaks had been shattered by persistent bone pain from Ewing's sarcoma diagnosed just two years earlier.
From his early twenties, Lucas had lived for the mountains. While friends settled into desk jobs, he guided groups up Colorado's Fourteeners, his body strong and fearless. But in his mid-twenties, a nagging ache in his left femur began – at first dismissed as overuse from endless hikes. The pain persisted, worsening at night, waking him in sweats, unrelenting even after rest or ibuprofen. Climbing became torture; a simple belay sent sharp stabs through his leg. Doctors initially called it a stress fracture, but scans revealed the truth: Ewing's sarcoma, localized but aggressive, eating into his bone.
His world narrowed to isolation and fear. A planned expedition to Yosemite turned into hospital visits; friends' invitations faded as he limped through days. Dating felt impossible – how to explain the constant pain, the uncertainty? Lucas poured over $100,000 into treatments: consultations at Mayo Clinic and MD Anderson, multiagent chemotherapy cycles that left him nauseous and weak, limb-salvage surgery replacing part of his femur with a prosthesis, followed by radiation. Side effects piled on – fatigue, hair loss, neuropathy. He tried AI apps for pain tracking, virtual therapy bots, wearable monitors promising insights – all spitting out generic advice like "manage stress" or "track symptoms," failing to ease the bone-deep agony or predict flares.
One crisp autumn morning in 2025, after a brutal night where pain radiated so intensely he couldn't stand to guide a beginner group, Lucas hit his limit. He refused to let this cancer steal his passion for the outdoors, his dream of one day leading his own adventure company. In an online Ewing's support group on Reddit, a fellow climber from the Rockies mentioned StrongBody AI – a platform connecting patients globally to top oncologists and sarcoma specialists, using real-time data from wearables and sensors for personalized monitoring and care. Desperate for something more proactive, Lucas signed up.
Account setup was straightforward. He uploaded daily pain logs, connected his smartwatch and specialized bone density tracker, detailed his climbing history, irregular guide schedules in Boulder's variable weather, post-treatment flares triggered by altitude or exertion, and his fiancée Mia's worry during his long recovery days. The system quickly matched him with Dr. Sofia Ramirez – a leading sarcoma oncologist at Memorial Sloan Kettering in New York, with 18 years specializing in Ewing's in young adults. Dr. Ramirez had pioneered AI-integrated protocols analyzing continuous pain and activity data to customize pain management, rehab, and surveillance for recurrence.
At first, Lucas was deeply skeptical. "I've wasted hope on apps and gadgets before – how could remote monitoring change anything for bone cancer pain?"
The first video consultation shifted everything. Dr. Ramirez didn't just review scans; she asked about his Boulder trails, how cold fronts spiked inflammation, the emotional toll of canceling climbs, Mia's role in his support. She pored over sensor data meticulously, remembering details like his pain peaks during descent hikes in follow-ups. "For the first time, I felt a doctor understood an active guy's fight with this – not just the cancer, but reclaiming my life."
The journey wasn't without hurdles. His parents back in Denver pushed back hard: "You need in-person specialists at UC Health, not some online platform!" Mia fretted over costs amid his medical bills: "We've spent everything already, Luke." Climbing buddies teased: "Tech won't fix real pain – just push through." Lucas wavered, tempted to quit.
But opening the app to see pain trends stabilizing – flares predicted and preempted with adjusted meds, sleep improving via tailored rehab – rebuilt his trust. Dr. Ramirez explained: "Your persistent pain spikes post-exertion from micro-inflammation around the prosthesis. We'll personalize anti-inflammatories timed to your guide days and add targeted physical therapy synced to Colorado's seasons." Lucas felt truly partnered: proactive care that fit his adventurous world.
Then, in early December 2025, crisis hit. Lucas was leading a winter ice climb near Rocky Mountain National Park when excruciating pain surged in his femur – worse than ever, fearing recurrence or fracture. Panic set in mid-ascent; the group depended on him. His wearable sensor detected abnormal activity and inflammation markers, alerting StrongBody AI instantly. In under 30 seconds, Dr. Ramirez connected via discreet earpiece.
She guided calmly: "Lucas, descend slowly with support – I've alerted your location to Mia. Data shows inflammation flare, not fracture; take the rescue anti-inflammatory now. Breathe steady, visualize the summit you conquered last month." Minutes later, pain eased enough to safely rappel. Scans later confirmed no recurrence – just a manageable flare.
That night, holding Mia under Boulder's starry sky, Lucas cried – not from agony, but overwhelming gratitude at being guided through the storm.
From then on, he fully embraced Dr. Ramirez through StrongBody AI. He modified climbs with data-backed limits, incorporated mountain-specific yoga, monitored for early signs proactively. The persistent pain lingered but diminished, controlled – no longer dictating his days.
Now, in Boulder, Lucas guides again, femur strong with careful steps, sharing sunrises from peaks with thrilled clients. Mia often joins, whispering: "You're my unbreakable climber – turning pain into strength."
Lucas knows vigilance remains. But after years chained by bone-deep suffering, real hope anchors him – hope to climb higher, live bolder, embrace the life he fought for.
And Lucas's story with StrongBody AI is still unfolding…
How to Book a Persistent Bone Pain Consultant Service on StrongBody AI
StrongBody AI is a global telemedicine platform that bridges patients with certified consultants in specialties like orthopedics, oncology, and pain management. It simplifies the search, comparison, and booking of remote medical services worldwide.
To book the Persistent bone pain consultant service, follow these steps:
Step 1: Register on the StrongBody Platform
- Visit the StrongBody website.
- Click “Sign Up” in the upper-right corner.
- Complete the form with your name, email, occupation, country, and secure password.
- Verify your email address to activate your account.
Step 2: Search for the Consultant Service
- On the homepage, select “Orthopedic” or search “Persistent bone pain consultant service.”
- Use filters for budget, language, availability, and service type.
Step 3: Compare Expert Profiles
- Review consultant credentials, experience, client reviews, and specialties.
- Identify experts in bone oncology or pain management for Ewing’s sarcoma.
Step 4: Book a Consultation
- Choose your preferred consultant.
- Click “Book Now,” select a time, and confirm your booking.
- Proceed to secure payment using credit card or digital wallet.
Step 5: Attend the Online Session
- Log into your account before the scheduled session.
- Ensure a quiet space and stable internet connection.
- Share symptoms, images, and medical history during the video consultation.
StrongBody ensures secure data handling, transparent pricing, and a hassle-free booking experience across all time zones.
Persistent bone pain is not just discomfort—it is a symptom with profound implications on health and lifestyle. When linked to severe conditions like persistent bone pain by Ewing's sarcoma, it requires urgent and targeted attention. Ewing’s sarcoma is aggressive and demands early diagnosis to prevent complications and improve survival rates.
Booking a Persistent bone pain consultant service is a vital first step. It facilitates timely imaging, differential diagnosis, and the creation of personalized treatment strategies. Through expert guidance, patients can understand their condition, manage symptoms more effectively, and pursue optimal treatment pathways.
The StrongBody AI platform provides a reliable, global solution for patients needing specialty consultations. With detailed expert profiles, secure video consultations, and efficient appointment systems, it ensures that booking a Persistent bone pain consultant service is convenient, affordable, and result-driven. Don’t ignore the signals—take control of your health today through StrongBody.
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.
