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Intensive Care & High Dependency Units | Waitematā
Public Service, Intensive Care
Description
- heart, lung and blood vessel surgery is provided by Auckland City Hospital (ICU patients then stay in Cardiothoracic and Vascular ICU)
- brain surgery, liver/kidney/pancreas transplantation, complex major trauma and some types of liver failure management are provided by Auckland City Hospital (ICU patients then stay in the Department of Critical Care Medicine)
- burn management is provided by Middlemore Hospital (ICU patients then stay in Middlemore Hospital ICU).
The North Shore Hospital combined ICU/HDU admits patients to the Intensive Care Team. The intensive care patients are the sickest patients in the hospital and have one-to-one nursing. High dependency patients are those who are not as sick but need more specialised medical and nursing input than can be provided on a general ward and may be nursed in a two-to-one ratio.
The multidisciplinary team within ICU/HDU is made up of highly experienced and professional doctors, nurses and allied health staff. The Consultant doctors are those who have specialised in taking care of very ill patients (Intensivists) and Registrar doctors training to be specialists in intensive care, anaesthesia, emergency medicine, internal medicine and surgery. The registered nurses are specialised in intensive care and high dependency nursing. Allied health members include physiotherapists, dietitians, pharmacists, radiographers, occupational therapists, speech language technicians and biomedical technicians.
Staff
Peter Groom - ICU nurse unit manager
Consultants
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Dr Jonathan Casement
Intensivist
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Dr Robert Everitt
Emergency Medicine Specialist
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Dr Annette Forrest
Intensivist
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Dr Ywain Lawrey
Clinical Director ICU and HDU
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Dr Janet Liang
Intensivist
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Dr Annemarie Mitchell
Intensivist
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Dr Duncan Reid
Emergency Medicine Specialist
Referral Expectations
Patients may be admitted to the Intensive Care Unit/High Dependency Unit from the Emergency Care Centre, a ward, the operating theatre, the Coronary Care Unit or following transfer from another hospital or intensive care unit.
Waitakere Hospital does not have its own Intensive Care Unit or High Dependency Unit, thus patients who require this level of care and do not have conditions for which they need to go to the other Auckland hospitals (see above) are usually admitted to the North Shore Hospital Intensive Care Unit/High Dependency Unit.
North Shore Hospital Intensive Care Service has a Critical Care Outreach Team. This is a 7 day per week service of intensive care nurses experienced in the care of both intensive care and ward patients. The Outreach Team follows up patients who are discharged from the ICU/HDU to other inpatient areas. If a ward team is concerned that a patient is becoming very ill, they can refer to the Outreach Team for clinical review and subsequent involvement of the ICU Medical Team if intensive care or high dependency therapies are required.
Hours
Visitors are welcome to the ICU/HDU between 10am to 8pm.
Procedures / Treatments
A seriously ill patient will often develop problems with their heart and circulation. These problems may be due to disease of the heart itself or be secondary to other disease. Problems seen may include: changes in volume and distribution of body fluid, changes in the condition of blood vessels and changes in the ability of the heart to pump blood around the body. Treatments for these problems may include the administration of fluid and/or the use of medicines that allow control of the heart rate, heart pumping function, volume of body fluid and blood pressure.
A seriously ill patient will often develop problems with their heart and circulation. These problems may be due to disease of the heart itself or be secondary to other disease. Problems seen may include: changes in volume and distribution of body fluid, changes in the condition of blood vessels and changes in the ability of the heart to pump blood around the body. Treatments for these problems may include the administration of fluid and/or the use of medicines that allow control of the heart rate, heart pumping function, volume of body fluid and blood pressure.
A seriously ill patient will often develop problems with their heart and circulation. These problems may be due to disease of the heart itself or be secondary to other disease. Problems seen may include: changes in volume and distribution of body fluid, changes in the condition of blood vessels and changes in the ability of the heart to pump blood around the body.
Treatments for these problems may include the administration of fluid and/or the use of medicines that allow control of the heart rate, heart pumping function, volume of body fluid and blood pressure.
Breathing (or respiratory) problems occur if the breathing system is unable to provide enough oxygen to the tissues (hypoxia) or remove enough carbon dioxide from the body. Treatment is aimed at treating the underlying cause as well as correcting, where possible, low oxygen levels and the build-up of carbon dioxide. Mechanical support of the breathing system may be required to do so. Mechanical Ventilation (Ventilator) A ventilator is a breathing machine that is used to do the breathing for a patient with respiratory failure. It pumps air, and thereby provides oxygen, directly into the airways and lungs via a plastic breathing tube. This tube is inserted through the mouth and into the windpipe (trachea) under a short anaesthetic. Drugs are given to the patient to make them sleepy and to relax their muscles during the anaesthetic. In many patients, the breathing tube and machine are only required for a number of hours or days. Both tube and machine are removed when the patient’s breathing function normalises. However in some patients, breathing assistance is required for a prolonged period of time. The breathing tube is then usually shifted to the neck to make it more comfortable for the patient. This is done via an opening made into the windpipe (tracheostomy) under another short anaesthetic. Noninvasive Positive Pressure Ventilation Breathing support can also be delivered via a tight-fitting facemask or a special hood, without the need for a breathing tube. This can be done only under certain circumstances and with certain patients.
Breathing (or respiratory) problems occur if the breathing system is unable to provide enough oxygen to the tissues (hypoxia) or remove enough carbon dioxide from the body. Treatment is aimed at treating the underlying cause as well as correcting, where possible, low oxygen levels and the build-up of carbon dioxide. Mechanical support of the breathing system may be required to do so. Mechanical Ventilation (Ventilator) A ventilator is a breathing machine that is used to do the breathing for a patient with respiratory failure. It pumps air, and thereby provides oxygen, directly into the airways and lungs via a plastic breathing tube. This tube is inserted through the mouth and into the windpipe (trachea) under a short anaesthetic. Drugs are given to the patient to make them sleepy and to relax their muscles during the anaesthetic. In many patients, the breathing tube and machine are only required for a number of hours or days. Both tube and machine are removed when the patient’s breathing function normalises. However in some patients, breathing assistance is required for a prolonged period of time. The breathing tube is then usually shifted to the neck to make it more comfortable for the patient. This is done via an opening made into the windpipe (tracheostomy) under another short anaesthetic. Noninvasive Positive Pressure Ventilation Breathing support can also be delivered via a tight-fitting facemask or a special hood, without the need for a breathing tube. This can be done only under certain circumstances and with certain patients.
Breathing (or respiratory) problems occur if the breathing system is unable to provide enough oxygen to the tissues (hypoxia) or remove enough carbon dioxide from the body. Treatment is aimed at treating the underlying cause as well as correcting, where possible, low oxygen levels and the build-up of carbon dioxide. Mechanical support of the breathing system may be required to do so.
Mechanical Ventilation (Ventilator)
A ventilator is a breathing machine that is used to do the breathing for a patient with respiratory failure. It pumps air, and thereby provides oxygen, directly into the airways and lungs via a plastic breathing tube. This tube is inserted through the mouth and into the windpipe (trachea) under a short anaesthetic. Drugs are given to the patient to make them sleepy and to relax their muscles during the anaesthetic.
In many patients, the breathing tube and machine are only required for a number of hours or days. Both tube and machine are removed when the patient’s breathing function normalises.
However in some patients, breathing assistance is required for a prolonged period of time. The breathing tube is then usually shifted to the neck to make it more comfortable for the patient. This is done via an opening made into the windpipe (tracheostomy) under another short anaesthetic.
Noninvasive Positive Pressure Ventilation
Breathing support can also be delivered via a tight-fitting facemask or a special hood, without the need for a breathing tube. This can be done only under certain circumstances and with certain patients.
In a patient with kidney (renal) failure, the kidneys are unable to remove wastes and excess fluid from the body. This often occurs as a complication of other illnesses. Usually, more than one factor is present that contributes to its development. Kidney failure can occur suddenly (acute) or over a long time (chronic). If kidney failure is severe enough, a dialysis machine may be required to replace the function of the kidneys. When kidney failure is acute, treatment of the underlying illness usually enables the kidneys to start working again. However, if damage to the patient's kidneys has been present/worsening over a long time (chronic renal failure), the kidneys may not get better and life-long dialysis may be required.
In a patient with kidney (renal) failure, the kidneys are unable to remove wastes and excess fluid from the body. This often occurs as a complication of other illnesses. Usually, more than one factor is present that contributes to its development. Kidney failure can occur suddenly (acute) or over a long time (chronic). If kidney failure is severe enough, a dialysis machine may be required to replace the function of the kidneys. When kidney failure is acute, treatment of the underlying illness usually enables the kidneys to start working again. However, if damage to the patient's kidneys has been present/worsening over a long time (chronic renal failure), the kidneys may not get better and life-long dialysis may be required.
In a patient with kidney (renal) failure, the kidneys are unable to remove wastes and excess fluid from the body. This often occurs as a complication of other illnesses. Usually, more than one factor is present that contributes to its development.
Kidney failure can occur suddenly (acute) or over a long time (chronic). If kidney failure is severe enough, a dialysis machine may be required to replace the function of the kidneys.
When kidney failure is acute, treatment of the underlying illness usually enables the kidneys to start working again. However, if damage to the patient's kidneys has been present/worsening over a long time (chronic renal failure), the kidneys may not get better and life-long dialysis may be required.
Intravenous and intra-arterial lines (tubes inserted into veins and arteries) are often used to allow better monitoring of the patient, repeated pain-free blood testing and delivery of special medications. They are usually inserted when the patient is first admitted to Intensive Care. Visitors may be asked to wait in the waiting room until these procedures are finished.
Intravenous and intra-arterial lines (tubes inserted into veins and arteries) are often used to allow better monitoring of the patient, repeated pain-free blood testing and delivery of special medications. They are usually inserted when the patient is first admitted to Intensive Care. Visitors may be asked to wait in the waiting room until these procedures are finished.
Intravenous and intra-arterial lines (tubes inserted into veins and arteries) are often used to allow better monitoring of the patient, repeated pain-free blood testing and delivery of special medications. They are usually inserted when the patient is first admitted to Intensive Care. Visitors may be asked to wait in the waiting room until these procedures are finished.
A nasogastric tube is a tube inserted into the stomach through the nose. It is usually inserted at the same time as a breathing tube but may be inserted separately. The tube allows drainage of air and secretions from the stomach as well as allowing the patient to receive nutrition.
A nasogastric tube is a tube inserted into the stomach through the nose. It is usually inserted at the same time as a breathing tube but may be inserted separately. The tube allows drainage of air and secretions from the stomach as well as allowing the patient to receive nutrition.
Visiting Hours
Visitors are welcome to the ICU/HDU between 10am to 8pm.To enter the unit there are 2 intercoms. One is outside the ICU entrance, and the other is outside the HDU entrance. Please use the intercoms and wait for staff to answer you. We will respond as soon as we can.
Visiting is usually limited to next-of-kin or close friends, and generally no more than two visitors may be with the patient at a time. Patient care takes priority and visiting may not be possible when some procedures are being undertaken.
A waiting room is next to the ICU/HDU. Vending machines are within a general waiting area near the main lifts and on the ground floor.
Please consult the Charge Nurse before bringing children under the age of 12 years to visit the patient. Children must be supervised at all times.
To reduce the risk of infection, please clean your hands with alcohol gel before and after visiting the patient area. In certain situations, you may need to wear a mask and gown and gloves whilst visiting the patient (these will be provided if necessary). Flowers are not permitted in the patient area as they may be an infection risk.
Website
Contact Details
North Shore Hospital
North Auckland
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Phone
094890523
Email
Website
Shakespeare Road
Takapuna
Auckland 0620
Street Address
Shakespeare Road
Takapuna
Auckland 0620
Postal Address
Private Bag 93503
Takapuna
Auckland 0740
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This page was last updated at 12:17PM on June 26, 2024. This information is reviewed and edited by Intensive Care & High Dependency Units | Waitematā.