About
This method is commonly used for patients with chronic conditions
Cells
Cell-based injections are an innovative, non-surgical therapy aimed at repairing and regenerating damaged tissues in joints and soft tissues.
At A glance
Referrals
Not Needed
Booking
Instant-book option available
Cost
Lincolnshire
£14,995
Cells
Nature of cell therapy
Cell-based therapy is a regenerative treatment aimed at repairing and restoring damaged joint tissues using the body’s own healing mechanisms. In conditions like osteoarthritis or cartilage degeneration, the cells within the joint lose their ability to regenerate effectively, resulting in pain, stiffness, and inflammation.
Common causes of knee damage suitable for cell therapy
Knee joint problems addressed by cell therapy usually arise from progressive wear and structural damage, including:
Degenerative conditions: Osteoarthritis and age-related joint wear reduce the body’s ability to maintain cartilage health.
Previous injuries: Trauma, ligament tears, or meniscus injuries can initiate long-term joint deterioration.
Repetitive stress: Overuse through sports or physical work contributes to cellular breakdown in the joint.
Obesity: Excess weight accelerates joint wear and impairs the healing response.
Genetic predisposition: Some individuals are more prone to early joint degeneration due to inherited factors.
Diagnosing knee conditions for cell therapy
Diagnosing joint degeneration starts with a comprehensive clinical assessment. Patients typically report chronic pain, stiffness, or reduced joint mobility. Symptoms may be accompanied by swelling, instability, or clicking sensations.
The physical exam focuses on range of motion, tenderness, and joint alignment. To confirm a diagnosis and guide treatment, imaging such as MRI or X-ray is used to evaluate cartilage quality, inflammation, or tissue damage. If conventional treatments have not worked, and imaging supports tissue loss or degeneration, cell-based therapies may be recommended to promote healing and delay surgical intervention.
Suitable for
Treatment overview
Cell therapy is a minimally invasive procedure typically performed on an outpatient basis. The process begins with harvesting regenerative cells—commonly from bone marrow or adipose (fat) tissue—using a small needle under local anaesthesia. These cells are then processed and concentrated before being carefully injected into the affected joint or soft tissue using imaging guidance. The entire procedure usually takes under an hour, and patients can often return to light activities the same day. Over the following weeks, the injected cells work to reduce inflammation, support tissue repair, and improve overall joint function.
Following the procedure, most patients experience minimal discomfort and can resume normal daily activities within a few days, although high-impact exercises should be avoided initially. A personalised rehabilitation plan may be recommended to optimise healing and long-term outcomes.
Benefits
Supports tissue regeneration
Reduces inflammation and pain
Delays or avoids surgery
Reduces pain
Improves joint function and mobility
How to Pay
We offer a range of flexible payment options to make your treatment experience smooth and stress-free.
Paying for Yourself
(Preferred Option)
Most patients choose to self-fund their treatment. We accept:
Bank Transfers
Credit/Debit Cards
Cash (in person only)
Instalment Plans
We’ve partnered with GoCardless to offer interest-free instalment options. You can easily set up a Direct Debit to spread the cost of your treatment over time.
Finance Options
Looking for a financing plan? You can apply through Kandoo, our trusted finance partner.
Instant online decision
No impact on your credit score
Multiple lenders for competitive rates
Private Medical Insurance (Limited Availability)
We work with a small number of approved insurance providers. However, due to restrictions from many insurers, not all treatments are covered. Please check with your insurer and speak to our team before booking to avoid disappointment.
Treatment Booking Process
01
Online booking/callUse our website to book an initial consultation, or give us a call.
02
ConsultationOur doctors might request you arrange a scan before your initial consultation. Or, they’ll chat with you (face to face or online) and recommend a scan after your initial consultation, if they think you need one.
03
TreatmentOnce your scan results have been reviewed, and your doctor has explained your options, you will be booked in for treatment.
04
RehabFollowing your treatment, your doctor will give you rehab recommendations.
05
Follow UpYou will be booked in for a follow-up consultation, so your doctor can check your progress. You might need further rehab after this consultation.
06
DischargeOnce your doctor is happy with your recovery, you will be discharged. After discharge, we are always here for further questions or support, should you need it.
Frequently Asked Questions
How long does the procedure take?
Are there side effects?
How soon will I see results?
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Injection Treatment Comparison
Explore the key differences between leading injection therapies used in joint, tendon, and cartilage care. Compare their effectiveness, uses, recovery time, and potential drawbacks to help guide your treatment decisions.
Injection Type
Best For
Effectiveness
What It Does
Recovery Time
Downside
Hyaluronic Acid (HA) Injection
Hyaluronic Acid (HA) Injection
Hyaluronic Acid (HA) Injection
Mild to moderate knee osteoarthritis, joint lubrication
Lubricates joints, reduces friction, and relieves pain in osteoarthritis.
Immediate return to daily activities, effects last 3-12 months.
Short-term relief, effects wear off over time; does not regenerate cartilage.
Cartilage Matrix Injection
Cartilage Matrix Injection
Cartilage Matrix Injection
Moderate to severe cartilage damage, osteoarthritis, surgical augmentation
Provides a structural scaffold to support cartilage repair and regeneration.
Minimal downtime, improvement in 4-6 weeks, lasting 6-12 months.
May lead to mild inflammation or require combination with other therapies for best results.
Arthrosamid Injection (Hydrogel)
Arthrosamid Injection (Hydrogel)
Arthrosamid Injection (Hydrogel)
People with knee osteoarthritis who still have pain or stiffness after other treatments.
Hydrogel that cushions and lubricates the knee joint, helping reduce pain and improve mobility.
Walk immediately post-treatment. Some swelling may last a few days; benefits build over weeks.
Temporary swelling or irritation possible; may be costly; not effective for everyone.
PRP (Platelet-Rich Plasma) Injection
PRP (Platelet-Rich Plasma) Injection
PRP (Platelet-Rich Plasma) Injection
Tendon injuries, mild arthritis, post-surgical healing.
Uses growth regulators from the patient’s own blood to stimulate healing and reduce inflammation.
Improvement seen in 4–6 weeks; lasts 6–12 months.
Less effective for established arthritis unless combined with other treatments.
mFAT (Microfragmented Adipose Tissue) Injection
mFAT (Microfragmented Adipose Tissue) Injection
mFAT (Microfragmented Adipose Tissue) Injection
Moderate to severe arthritis, joint degeneration, soft tissue repair.
Fat-derived stem cells reduce inflammation and promote tissue repair.
Light activity immediately; relief in 2–4 weeks; lasts 6–24 months.
Requires minor liposuction; may not work for severe arthritis.
BMAC (Bone Marrow Aspirate Concentrate) Injection
BMAC (Bone Marrow Aspirate Concentrate) Injection
BMAC (Bone Marrow Aspirate Concentrate) Injection
Fracture healing, previously used for cartilage regeneration.
Injects bone marrow cells for potential cartilage repair; results vary.
Effects in ~3 months; full benefits in 6–12 months.
Inconsistent results; very invasive compared to other options.
Cortisone (Steroid) Injection
Cortisone (Steroid) Injection
Cortisone (Steroid) Injection
Severe inflammation, short-term pain relief in advanced arthritis.
Strong anti-inflammatory; provides quick pain relief but may damage cartilage.
Immediate relief; potential long-term joint degeneration.
Toxic to cartilage; best combined with PRP or HA to reduce risk.
Exosome Injection
Exosome Injection
Exosome Injection
Early-stage arthritis, tendon injuries, post-surgical recovery.
Delivers regenerative signaling molecules to reduce inflammation and promote healing.
Minimal downtime; results in 3–6 weeks, lasting 6–12 months.
Experimental; effectiveness varies by condition treated.
Hyaluronic Acid (HA) Injection
Best For
Mild to moderate knee osteoarthritis, joint lubrication
Effectiveness
What It Does
Lubricates joints, reduces friction, and relieves pain in osteoarthritis.
Recovery Time
Immediate return to daily activities, effects last 3-12 months.
Downside
Short-term relief, effects wear off over time; does not regenerate cartilage.
Cartilage Matrix Injection
Best For
Moderate to severe cartilage damage, osteoarthritis, surgical augmentation
Effectiveness
What It Does
Provides a structural scaffold to support cartilage repair and regeneration.
Recovery Time
Minimal downtime, improvement in 4-6 weeks, lasting 6-12 months.
Downside
May lead to mild inflammation or require combination with other therapies for best results.