T-regulatory cells (T-regs) are specialised immune cells that maintain immune balance and prevent chronic inflammation that can damage peripheral nerves. In Neuropathy, they help suppress autoimmune reactions, reduce inflammatory responses around nerve tissues, and create a protective environment for neural regeneration.

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At BioCells Medical, doctors develop a personalised T-reg protocol — either autologous (patient-derived) or allogeneic (donor-derived) — to restore immune stability and enhance long-term neuroprotection.

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This precise immune modulation can lead to reduced pain and hypersensitivity, improved sensory and motor nerve function, and greater stability and comfort in daily life, supporting sustained neurological recovery over time.

Purified exosomes are nanoscale biological vesicles secreted by regenerative cells, rich in growth factors, proteins, and micro-RNAs that regulate cellular communication and repair. In Neuropathy, they help reduce inflammation around nerve fibres, stimulate axonal regeneration, and enhance cellular metabolism within damaged peripheral nerves.

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At BioCells Medical, our laboratory produces highly concentrated and purified exosome formulations, ensuring maximum bioactivity, purity, and safety for clinical application.

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These advanced exosomes promote pain reduction and nerve sensitivity restoration, improved muscle coordination and reflexes, and faster recovery of sensory and motor function, supporting measurable improvements even in chronic neuropathic conditions.

Neurostimulation is a non-invasive medical technology that delivers precise electrical impulses to reactivate peripheral and spinal nerve pathways affected by Neuropathy. By improving signal transmission and restoring nerve communication, it helps reduce neuropathic pain, enhance muscle control, and restore sensory feedback.

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At BioCells Medical, neurostimulation is integrated into patient’s personalised regenerative programme to support nerve recovery and optimise functional restoration.

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Patients frequently experience reduced numbness and discomfort, greater limb strength and coordination, and improved mobility and endurance, demonstrating the therapy’s ability to re-establish proper neural communication and long-term nerve stability.

Peptide therapy uses targeted biological molecules that act as signalling mediators between nerve and immune cells, helping to restore cellular communication and optimise nerve metabolism. In Neuropathy, specific peptides assist in regenerating damaged axons, improving microcirculation, and reducing chronic inflammation that causes nerve pain and dysfunction.

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At BioCells Medical, doctors design individualised peptide formulations within patient’s regenerative programme to reinforce neuroprotection, enhance nerve conductivity, and stabilise overall neurological health.

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This advanced approach helps reduce pain and tingling, restore tactile sensitivity and strength, and improve endurance and comfort in daily movement, amplifying the long-term benefits of stem cell and exosome-based therapies.