Dr Tacson Fernandez, Consultant in Pain Medicine and Neuromodulation

Dr Tacson Fernandez

Consultant in Pain Medicine and Neuromodulation

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Dr Tacson Fernandez MBBS FRCA FFPMRCA FFPMCAI FCARCSI FIPP RYT

Consultant in Pain Medicine and Neuromodulation

MBBS FRCA FFPMRCA FFPMCAI FCARCSI FIPP RYT

Dr Tacson Fernandez

Consultant in Pain Medicine and Neuromodulation MBBS FRCA FFPMRCA FFPMCAI FCARCSI FIPP RYT

MBBS FRCA FFPMRCA FFPMCAI FCARCSI FIPP RYT
HCA-Healthcare-UK

Areas of expertise

  • Neuromodulation spinal cord stimulator
  • Chronic pain management
  • Pharmacological management of pain
  • Neuropathic pain management
  • Cognitive strategies for pain management
HCA-Healthcare-UK

Recommendations for Dr Fernandez

These recommendations are for information purposes only. Doctors providing recommendations do so in good faith and are not responsible for clinical outcomes.

Recommended by:

  • by Dr Patrick McGowan, Pain Medicine Specialist

    Dr Tacson Fernandez is a recommended Pain Medicine Specialist.

  • by Dr Patrick McGowan, Pain Medicine Specialist

    Dr Tacson Fernandez is a recommended Pain Medicine Specialist.

  • Address

  • Royal National Orthopaedic Hospital (Bolsover Street) (NHS)

    45-51 Bolsover Street, London, Greater London, W1W 5AQ

  • About Dr Tacson Fernandez

    GMC number: 5205738

    Year qualified: 1997

    Place of primary qualification: Imperial School of Anaesthesia

    Dr Tacson Fernandez is a Honorary Associate Professor at University College London Hospitals, and a consultant in Neuromodulation, pain medicine and anaesthesia in London’s leading hospitals in management of musculo-skeletal disorders. He specialises in interventional chronic pain management, balancing it with a multidimensional model including cognitive, behavioural, pharmacological, interventional and rehabilitative strategies.

    Dr Fernandez's interests in interventional pain management include a wide range of interventional therapies including but not limited to facet joint injections/epidurals in the cervical, lumbar and thoracic areas, rhizolysis/radiofrequency denervation, pulsed radiofrequency procedures, dorsal root ganglion blocks, selective nerve blockade, peripheral electrical stimulation strategies, spinal cord stimulators, peripheral nerve stimulators, sympathetic plexus blocks, stellate ganglion blocks and a range of peripheral nerve block techniques to help manage pain.

    Dr Fernandez has a range of pharmacological management options for nociceptive, neuropathic and mixed nociceptive-neuropathic pain states including opioid management strategies. He has been an invited speaker on cognitive approaches in pain management both nationally and internationally, and believes in active application of these techniques in his daily practice. Dr Fernandez has also authored the chapter on post-operative pain management in Essentials of Neurosurgical Anesthesia and Critical Care (Springer, USA).

    Areas of expertise

    • Neuromodulation in Neuropathic pain
    • Cognitive Behavioural Modelling
    • Management of persistent neuropathic pain states
    • Peripheral Nerve Injury Pain
    • Persistent Lower back pain
    • Cervicogenic pain and cervical radiculopathy
    • Complex regional Pain Syndrome
    • Phantom limb pain
    • Persistent post surgical pain
    • Pain Management Medicine

    Articles by Dr Tacson Fernandez

    A systematic review and meta-analysis of digital application use in clinical research in pain medicine

    Microstructure analysis and image-based modelling of face masks for COVID-19 virus protection

    Standard operating procedure of image-guided intervention during the COVID-19 pandemic: a combined tertiary musculoskeletal oncology centre experience

    High-flow nasal oxygen for a high-risk patient undergoing sedation in the prone position

    A systematic review and network meta-analysis of pharmaceutical interventions used to manage chronic pain

    Best practice in radiofrequency denervation of the lumbar facet joints: a consensus technique

    Techniques to mitigate lead migration for percutaneous trials of cervical spinal cord stimulation