Nina Unthank > 2 Temple Gardens > London, England > Barrister Profile

2 Temple Gardens
TEMPLE
LONDON
EC4Y 9AY
England

Work Department

Clinical Negligence, Personal Injury

Position

Nina specialises in the areas of clinical negligence and personal injury and is regularly instructed to act in high value and complex matters.

Recent notable cases in the field of clinical negligence include matters involving alleged failure to diagnose and treat cauda equina syndrome, alleged failure to provide reasonable antibiotic therapy following surgery resulting in meningitis and significant brain injury, alleged hypoxic brain injury after undergoing a Whipple’s procedure, alleged failure to diagnose and treat breast cancer, alleged negligent performance of an open sigmoid colectomy procedure, alleged negligently performed hip replacement, alleged failure to diagnose and treat lung cancer, alleged delayed diagnosis of caecal cancer, lingual nerve damage arising from an allegedly negligent extraction of a wisdom tooth, failure to treat meningitis, post- operative care following pharyngeal pouch operation, alleged failures by opticians.

Recent notable cases in the field of personal injury include acting for insurers in claims involving fundamental dishonesty both in the fields of road traffic and employers liability, disability, defending claims arising out of accidents on inflatable water rides, inflatable table football, ski slopes and ice skating rinks, chronic pain, accidents at work and tripping claims.

Career

Nina was called to the Bar in 2001; She was a Middle Temple, Astbury Scholar.

Memberships

PIBA, ELBA, COMBAR, LCLCBA, Middle Temple

Education

Downing College, Cambridge (MA Law); Inns of Court School of Law (BVC), Warwick University (BA History).

Lawyer Rankings

London Bar > Clinical negligence

(Leading Juniors)Ranked: Tier 4

Nina Unthank 2 Temple Gardens ‘Nina is an exceptionally thorough, cerebral and reliable advisor. She has an incredible ability to forensically analyse and cut through medical and legal causation issues of the very highest complexity.’