Rhinoplasty commonly known as a ‘nose job’, is a delicate operation that changes the shape and size of the nose. It is one of the most common plastic surgery procedures carried out in the world.
Rhinoplasty is considered one of the most complex cosmetic surgeries to master, given the complex structure of the nose and the balance it provides to a face.
Rhinoplasty is frequently performed in combination with Septoplasty (called Septorhinoplasty) to correct a deviated nasal septum (the cartilage in the nose that separates the nostrils) causing a blocked nose and/or to harvest septal cartilage and use it as a graft to improve nasal support or shape.
The nose is at the very centre of the face and is the key to facial harmony and balance. Therefore, it has a great impact on how a person looks in addition to all important function, breathing.
Many people feel their confidence and self-esteem is undermined because the shape of their nose detracts from their overall appearance.
Only you can know the impact of having a nose that you feel is not the right shape. If your nose is making you feel self-conscious and holding you back in life, it may be time to consider nasal plastic surgery.
Rhinoplasty is not a surgery that you must have but an operation that you wish to have to improve your nasal appearance and confidence. Therefore, it is paramount that you have a realistic expectation before proceeding with this cosmetic surgery. You must trust your surgeon and feel comfortable and confident with your treatment plan.
Mr Elmiyeh feels that an honest and confidential consultation is the key, and this should provide a clear surgical plan and understanding of the likelihood of achieving them. He will also discuss the option of having a non-surgical rhinoplasty if appropriate. The use of manipulated (morphed) digital clinical photography provides a platform for discussion as to the patients’ desires and realistic expectations. Such images are not a guarantee of exact results, but a great tool to ensure that you and your surgeon are on the same wavelength.