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The Orthopaedic Group
Private Service, Orthopaedics
Today
8:30 AM to 5:00 PM.
Description
- Hip conditions and surgery
- Knee conditions and surgery
- Shoulder conditions and surgery
- Elbow conditions and surgery
- Spine surgery
- Musculoskeletal tumour surgery
- Trauma
Staff
Emma O'Kane - Practice Manager
Brenda - Administrator
Abbey - Administrator
Natasha - Administrator
Consultants
Note: Please note below that some people are not available at all locations.
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Mr Shaneel Deo
Hip, Knee, Arthroscopic & Sports Orthopaedic Surgeon and Musculoskeletal Tumour Surgeon
Available at Ascot Office Park, 93-95 Ascot Avenue, Greenlane, Auckland, Cavendish Clinic, 175 Cavendish Drive, Manukau, Auckland, 110 Lunn Ave, Remuera, Auckland
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Mr Nick Gormack
Hip & Knee Orthopaedic Surgeon
Available at Ascot Office Park, 93-95 Ascot Avenue, Greenlane, Auckland, Cavendish Clinic, 175 Cavendish Drive, Manukau, Auckland, Ormiston Hospital Specialist Centre & Consulting Suites, 125 Ormiston Road, Flat Bush, Auckland, 11-13 Cortina Place, Pakuranga, Auckland
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Mr Andrew Irving
Orthopaedic Spine Surgeon
Available at Ascot Office Park, 93-95 Ascot Avenue, Greenlane, Auckland, Cavendish Clinic, 175 Cavendish Drive, Manukau, Auckland, Smales Farm Technology Office Park, 74 Taharoto Road, Takapuna, Auckland
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Mr Hogan Yeung
Shoulder and Elbow Orthopaedic Surgeon
Available at Ascot Office Park, 93-95 Ascot Avenue, Greenlane, Auckland, Cavendish Clinic, 175 Cavendish Drive, Manukau, Auckland, Ormiston Hospital Specialist Centre & Consulting Suites, 125 Ormiston Road, Flat Bush, Auckland
How do I access this service?
Contact us, Make an appointment, Referral
Referral Expectations
You need to bring with you:
6. Insurance details for private patients.
Fees and Charges Description
Southern Cross Affiliated Provider, NIB First Choice and ACC Accredited.
Hours
8:30 AM to 5:00 PM.
Mon – Fri | 8:30 AM – 5:00 PM |
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Procedures / Treatments
Discectomy An incision (cut) is made over the relevant part of the spine and the bulging part of the painful disc is cut off and removed. Spinal Fusion An incision (cut) is made over the relevant part of the spine. Two or more vertebrae (the small bones that make up the spinal column) are fused together with bone grafts and/or metal rods to form a single bone.
Discectomy An incision (cut) is made over the relevant part of the spine and the bulging part of the painful disc is cut off and removed. Spinal Fusion An incision (cut) is made over the relevant part of the spine. Two or more vertebrae (the small bones that make up the spinal column) are fused together with bone grafts and/or metal rods to form a single bone.
Discectomy
An incision (cut) is made over the relevant part of the spine and the bulging part of the painful disc is cut off and removed.
Spinal Fusion
An incision (cut) is made over the relevant part of the spine. Two or more vertebrae (the small bones that make up the spinal column) are fused together with bone grafts and/or metal rods to form a single bone.
For elderly patients joint replacement surgery is commonly required to treat damaged joints from wearing out, arthritis or other forms of joint disease including rheumatoid arthritis. In these procedures the damaged joint surface is removed and replaced with artificial surfaces normally made from metal (chromium cobalt alloy, titanium), plastic (high density polyethelene) or ceramic which act as alternate bearing surfaces for the damaged joint. These operations are major procedures which require the patient to be in hospital for several days and followed by a significant period of rehabilitation. The hospital has several ways of approaching the procedure for replacement and the specifics for the procedure will be covered at the time of assessment and booking of surgery. Occasionally blood transfusions are required; if you have some concerns raise this with your surgeon during consultation.
For elderly patients joint replacement surgery is commonly required to treat damaged joints from wearing out, arthritis or other forms of joint disease including rheumatoid arthritis. In these procedures the damaged joint surface is removed and replaced with artificial surfaces normally made from metal (chromium cobalt alloy, titanium), plastic (high density polyethelene) or ceramic which act as alternate bearing surfaces for the damaged joint. These operations are major procedures which require the patient to be in hospital for several days and followed by a significant period of rehabilitation. The hospital has several ways of approaching the procedure for replacement and the specifics for the procedure will be covered at the time of assessment and booking of surgery. Occasionally blood transfusions are required; if you have some concerns raise this with your surgeon during consultation.
The anterior cruciate ligament (ACL) is a strong, stabilising ligament running through the centre of the knee between the femur (thigh bone) and tibia (shin bone). When the ACL is torn, frequently as the result of a sporting injury, arthroscopic surgery known as ACL Reconstruction is performed. The procedure involves replacement of the damaged ligament with tissue grafted from elsewhere, usually the patellar or hamstring tendon. The ends of the grafted tendon are attached to the femur at one end and the tibia at the other using screws or staples. For more information about ACL Reconstruction please click here.
The anterior cruciate ligament (ACL) is a strong, stabilising ligament running through the centre of the knee between the femur (thigh bone) and tibia (shin bone). When the ACL is torn, frequently as the result of a sporting injury, arthroscopic surgery known as ACL Reconstruction is performed. The procedure involves replacement of the damaged ligament with tissue grafted from elsewhere, usually the patellar or hamstring tendon. The ends of the grafted tendon are attached to the femur at one end and the tibia at the other using screws or staples. For more information about ACL Reconstruction please click here.
The anterior cruciate ligament (ACL) is a strong, stabilising ligament running through the centre of the knee between the femur (thigh bone) and tibia (shin bone).
When the ACL is torn, frequently as the result of a sporting injury, arthroscopic surgery known as ACL Reconstruction is performed. The procedure involves replacement of the damaged ligament with tissue grafted from elsewhere, usually the patellar or hamstring tendon. The ends of the grafted tendon are attached to the femur at one end and the tibia at the other using screws or staples.
For more information about ACL Reconstruction please click here.
In many cases tendons will be lengthened to improve the muscle balance around a joint or tendons will be transferred to give overall better joint function. This occurs in children with neuromuscular conditions but also applies to a number of other conditions. Most of these procedures involve some sort of splintage after the surgery followed by a period of rehabilitation, normally supervised by a physiotherapist.
In many cases tendons will be lengthened to improve the muscle balance around a joint or tendons will be transferred to give overall better joint function. This occurs in children with neuromuscular conditions but also applies to a number of other conditions. Most of these procedures involve some sort of splintage after the surgery followed by a period of rehabilitation, normally supervised by a physiotherapist.
This surgery involves making several small incisions (cuts) on the shoulder through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). This allows the surgeon to look inside the shoulder, identify problems and, in some cases, make repairs to damaged tissue.
This surgery involves making several small incisions (cuts) on the shoulder through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). This allows the surgeon to look inside the shoulder, identify problems and, in some cases, make repairs to damaged tissue.
This surgery involves making several small incisions (cuts) on the shoulder through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). This allows the surgeon to look inside the shoulder, identify problems and, in some cases, make repairs to damaged tissue.
These are growths or masses that develop in bone or soft tissue such as muscles or nerves. They may be benign (noncancerous) or malignant (cancerous and spreading to surrounding tissue and to other parts of the body). Treatment of musculoskeletal tumours ranges from just monitoring for benign tumours to various combinations of radiotherapy, chemotherapy and surgery for malignant tumours.
These are growths or masses that develop in bone or soft tissue such as muscles or nerves. They may be benign (noncancerous) or malignant (cancerous and spreading to surrounding tissue and to other parts of the body). Treatment of musculoskeletal tumours ranges from just monitoring for benign tumours to various combinations of radiotherapy, chemotherapy and surgery for malignant tumours.
These are growths or masses that develop in bone or soft tissue such as muscles or nerves. They may be benign (noncancerous) or malignant (cancerous and spreading to surrounding tissue and to other parts of the body).
Treatment of musculoskeletal tumours ranges from just monitoring for benign tumours to various combinations of radiotherapy, chemotherapy and surgery for malignant tumours.
Several small incisions (cuts) are made in the shoulder through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). The surgeon is then able to remove any bony spurs or inflamed tissue and mend torn tendons of the rotator cuff group.
Several small incisions (cuts) are made in the shoulder through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). The surgeon is then able to remove any bony spurs or inflamed tissue and mend torn tendons of the rotator cuff group.
Several small incisions (cuts) are made in the shoulder through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). The surgeon is then able to remove any bony spurs or inflamed tissue and mend torn tendons of the rotator cuff group.
Many orthopaedic procedures on joints are performed using an arthroscope, where a fibre optic telescope is used to look inside the joint. Through this type of keyhole surgery, fine instruments can be introduced through small incisions (portals) to allow surgery to be performed without the need for large cuts. This allows many procedures to be performed as a day stay and allows quicker return to normal function of the joint. Arthroscopic surgery is less painful than open surgery and decreases the risk of healing problems. Arthroscopy allows access to parts of the joints which can not be accessed by other types of surgery.
Many orthopaedic procedures on joints are performed using an arthroscope, where a fibre optic telescope is used to look inside the joint. Through this type of keyhole surgery, fine instruments can be introduced through small incisions (portals) to allow surgery to be performed without the need for large cuts. This allows many procedures to be performed as a day stay and allows quicker return to normal function of the joint. Arthroscopic surgery is less painful than open surgery and decreases the risk of healing problems. Arthroscopy allows access to parts of the joints which can not be accessed by other types of surgery.
An incision (cut) is made on the side of the thigh to allow the surgeon access to the hip joint. The diseased and damaged parts of the hip joint are removed and replaced with smooth, artificial metal ‘ball’ and plastic ‘socket’ parts.
An incision (cut) is made on the side of the thigh to allow the surgeon access to the hip joint. The diseased and damaged parts of the hip joint are removed and replaced with smooth, artificial metal ‘ball’ and plastic ‘socket’ parts.
An incision (cut) is made on the side of the thigh to allow the surgeon access to the hip joint. The diseased and damaged parts of the hip joint are removed and replaced with smooth, artificial metal ‘ball’ and plastic ‘socket’ parts.
This is a surgical procedure performed on a knee joint that has become painful and/or impaired because of disease, injury or wear and tear. In total knee replacement, artificial materials (metal and plastic) are used to replace the following damaged surfaces within the knee joint: the end of the thigh bone (femur) the end of the shin bone (tibia) the back of the kneecap (patella) This operation is a major procedure which requires you to be in hospital for several days and will be followed by a significant period of rehabilitation. Occasionally blood transfusions are required; if you have some concerns raise this with your surgeon during consultation. For more information about total knee replacement please click here.
This is a surgical procedure performed on a knee joint that has become painful and/or impaired because of disease, injury or wear and tear. In total knee replacement, artificial materials (metal and plastic) are used to replace the following damaged surfaces within the knee joint: the end of the thigh bone (femur) the end of the shin bone (tibia) the back of the kneecap (patella) This operation is a major procedure which requires you to be in hospital for several days and will be followed by a significant period of rehabilitation. Occasionally blood transfusions are required; if you have some concerns raise this with your surgeon during consultation. For more information about total knee replacement please click here.
This is a surgical procedure performed on a knee joint that has become painful and/or impaired because of disease, injury or wear and tear.
In total knee replacement, artificial materials (metal and plastic) are used to replace the following damaged surfaces within the knee joint:
- the end of the thigh bone (femur)
- the end of the shin bone (tibia)
- the back of the kneecap (patella)
This operation is a major procedure which requires you to be in hospital for several days and will be followed by a significant period of rehabilitation.
Occasionally blood transfusions are required; if you have some concerns raise this with your surgeon during consultation.
For more information about total knee replacement please click here.
The division of a crooked or bent bone to improve alignment of the limb. These procedures normally involve some form of internal fixation, such as rods or plates, or external fixation which involves external wires and pins to hold the bone. The type of procedure for fixation will be explained when the surgery is planned.
The division of a crooked or bent bone to improve alignment of the limb. These procedures normally involve some form of internal fixation, such as rods or plates, or external fixation which involves external wires and pins to hold the bone. The type of procedure for fixation will be explained when the surgery is planned.
Orthopaedic surgeons have expertise in the treatment of fractured (broken) bones, particularly in the assessment of damage that may have occurred around the fracture. Follow-up of a fracture may involve monitoring the progress of the healing bone, checking the position of the bone in a cast and deciding when other steps in management such as re-manipulation of the fracture or removal of a cast is required. Click here for more information about fractures.
Orthopaedic surgeons have expertise in the treatment of fractured (broken) bones, particularly in the assessment of damage that may have occurred around the fracture. Follow-up of a fracture may involve monitoring the progress of the healing bone, checking the position of the bone in a cast and deciding when other steps in management such as re-manipulation of the fracture or removal of a cast is required. Click here for more information about fractures.
Orthopaedic surgeons have expertise in the treatment of fractured (broken) bones, particularly in the assessment of damage that may have occurred around the fracture.
Follow-up of a fracture may involve monitoring the progress of the healing bone, checking the position of the bone in a cast and deciding when other steps in management such as re-manipulation of the fracture or removal of a cast is required.
Click here for more information about fractures.
The menisci are two circular strips of cartilage that form a cushioning layer between the ends of the femur (thigh bone) and tibia (shin bone) in the knee joint. Together the medial and lateral menisci, on the inside and outside of the knee, respectively, act as shock absorbers and distribute the weight of the body across the knee joint. The menisci can become torn through injury or damaged from age-related wear and tear and may require surgery. The most common meniscal surgery is partial meniscectomy in which the torn portion of the meniscus is cut away so that the cartilage surface is smooth again. In some cases meniscal repair is carried out, in this case the torn edges of the meniscus are sutured together. Both procedures are performed arthroscopically. For more information please click here for meniscal tears and click here for meniscal transplant surgery.
The menisci are two circular strips of cartilage that form a cushioning layer between the ends of the femur (thigh bone) and tibia (shin bone) in the knee joint. Together the medial and lateral menisci, on the inside and outside of the knee, respectively, act as shock absorbers and distribute the weight of the body across the knee joint. The menisci can become torn through injury or damaged from age-related wear and tear and may require surgery. The most common meniscal surgery is partial meniscectomy in which the torn portion of the meniscus is cut away so that the cartilage surface is smooth again. In some cases meniscal repair is carried out, in this case the torn edges of the meniscus are sutured together. Both procedures are performed arthroscopically. For more information please click here for meniscal tears and click here for meniscal transplant surgery.
The menisci are two circular strips of cartilage that form a cushioning layer between the ends of the femur (thigh bone) and tibia (shin bone) in the knee joint. Together the medial and lateral menisci, on the inside and outside of the knee, respectively, act as shock absorbers and distribute the weight of the body across the knee joint.
The menisci can become torn through injury or damaged from age-related wear and tear and may require surgery.
The most common meniscal surgery is partial meniscectomy in which the torn portion of the meniscus is cut away so that the cartilage surface is smooth again.
In some cases meniscal repair is carried out, in this case the torn edges of the meniscus are sutured together.
Both procedures are performed arthroscopically.
For more information please click here for meniscal tears and click here for meniscal transplant surgery.
This procedure is used when osteoarthritic damage to the cartilage on one side of the knee has caused the angle of the knee joint to change so that most of the body's weight is borne by the affected side, adding to the wear on that side. High Tibial Osteotomy involves reshaping and realignment of the bone so that weight becomes more evenly distributed between the inside and outside of the knee, thereby reducing the workload on the damaged side. You will probably have to stay in hospital for several days after surgery followed by up to 6 months rehabilitation. For more information about osteotomy please click here.
This procedure is used when osteoarthritic damage to the cartilage on one side of the knee has caused the angle of the knee joint to change so that most of the body's weight is borne by the affected side, adding to the wear on that side. High Tibial Osteotomy involves reshaping and realignment of the bone so that weight becomes more evenly distributed between the inside and outside of the knee, thereby reducing the workload on the damaged side. You will probably have to stay in hospital for several days after surgery followed by up to 6 months rehabilitation. For more information about osteotomy please click here.
This procedure is used when osteoarthritic damage to the cartilage on one side of the knee has caused the angle of the knee joint to change so that most of the body's weight is borne by the affected side, adding to the wear on that side.
High Tibial Osteotomy involves reshaping and realignment of the bone so that weight becomes more evenly distributed between the inside and outside of the knee, thereby reducing the workload on the damaged side.
You will probably have to stay in hospital for several days after surgery followed by up to 6 months rehabilitation.
For more information about osteotomy please click here.
Several small incisions (cuts) are made on the knee through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). This allows the surgeon to look inside the joint, identify problems and, in some cases, make repairs to damaged tissue.
Several small incisions (cuts) are made on the knee through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). This allows the surgeon to look inside the joint, identify problems and, in some cases, make repairs to damaged tissue.
Several small incisions (cuts) are made on the knee through which is inserted a small telescopic instrument with a tiny camera attached (arthroscope). This allows the surgeon to look inside the joint, identify problems and, in some cases, make repairs to damaged tissue.
Disability Assistance
Wheelchair access
Refreshments
Our Ascot Office Park location provides a patient refreshment area where you can relax while waiting for your consultation with a coffee, tea, hot chocolate, or cool glass of water.
Public Transport
The Auckland Transport website is a good resource to plan your public transport options.
Ascot Office Park: Greenlane train stop is across the motorway bridge. You can walk across the bridge and come through the gates next to Greenlane Clinical Centre and then walk down to our building at the far end. These gates are locked out of office hours.
Parking
PARKING AT ASCOT OFFICE PARK
THE ORTHOPAEDIC GROUP CAR PARKS – MARKED IN GREEN ON THE MAP ABOVE
When entering the driveway from the roundabout, turn LEFT, this will take you down a ramp into the basement. The map above indicates where our parking is as you come into the basement park. USE LIFT BLOCK C&D to come up to Level 2. Turn RIGHT as you exit the lift and come into The Orthopaedic Group clinic and check in at reception.
Mobility Parks – permit must be displayed: As you enter the driveway from the roundabout, turn RIGHT. mobility parks are located opposite Building C & D entrance.
OVERSIZED VEHICLES – there is no availability on site for vehicles that are oversized. You must use the Ascot Park across the road (charges apply). Oversized mobility vehicles can park in the mobility parking above as long as a permit is displayed.
IF THESE PARKS ARE FULL, YOU CAN PARK IN THE PAY CAR PARK ACROSS THE ROAD OR IN THE ELLERSLIE RACECOURSE CAR PARK
Accommodation
For patients coming up from out of Auckland to visit our surgeons at the Ascot Office Park, you may like to stay at the Novotel Hotel which is situated next door to our clinic.
Pharmacy
Find your nearest pharmacy here
Contact Details
Cavendish Clinic, 175 Cavendish Drive, Manukau, Auckland
South Auckland
8:30 AM to 5:00 PM.
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Phone
(09) 523 2766
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Fax
(09) 522 0786
Healthlink EDI
orthogrp
Email
175 Cavendish Dr
Manukau
Auckland 2104
Street Address
175 Cavendish Dr
Manukau
Auckland 2104
Postal Address
PO Box 74446
Greenlane
Auckland 1546
Ascot Office Park, 93-95 Ascot Avenue, Greenlane, Auckland
Central Auckland
8:30 AM to 5:00 PM.
-
Phone
(09) 523 2766
-
Fax
(09) 522 0786
Healthlink EDI
orthogrp
Email
110 Lunn Ave, Remuera, Auckland
Central Auckland
8:30 AM to 5:00 PM.
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Phone
(09) 523 2766
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Fax
(09) 522 0786
Healthlink EDI
orthogrp
Email
Ormiston Hospital Specialist Centre & Consulting Suites, 125 Ormiston Road, Flat Bush, Auckland
South Auckland
8:30 AM to 5:00 PM.
-
Phone
(09) 523 2766
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Fax
(09) 522 0786
Healthlink EDI
orthogrp
Email
11-13 Cortina Place, Pakuranga, Auckland
East Auckland
8:30 AM to 5:00 PM.
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Phone
(09) 523 2766
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Fax
(09) 522 0786
Healthlink EDI
orthogrp
Email
Smales Farm Technology Office Park, 74 Taharoto Road, Takapuna, Auckland
North Auckland
8:30 AM to 5:00 PM.
-
Phone
(09) 523 2766
-
Fax
(09) 522 0786
Healthlink EDI
orthogrp
Email
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This page was last updated at 12:18PM on November 12, 2024. This information is reviewed and edited by The Orthopaedic Group.