Our Donors are Making a HUGE impact at QCH
Your generous gifts are being used where they are needed the most
Our caring community covers 100% of the costs of medical devices for our hospital. What many people don’t know, is that government funding is restricted to the operations of the hospital including staffing and infrastructure but does not cover the costs to purchase medical equipment. Hospitals rely on corporate donations and the community to support investments in modern technologies and to replace aging machines.
Last year, donors to QCH Foundation assisted with a number of key priorities at the hospital including providing funding to help with the purchase of more than $5.4 million in medical equipment and more than $1.6 million on projects which helped to increase capacity within the hospital.
FY 2024 Disbursements to QCH – Total Grants: $7,336,653
- Equipment and Medical Devices – $5,471,707
- The Barbara Crook and Dan Greenberg Mental Health Centre – $730,954
- Hospital Special Projects – $596,250
- Education, Training and Wellness – $246,482
- Surgical Suite Updates – $171,598
- Building Space Between the Walls (B2) – $119,662
Thank you for donating! Your generous gifts allowed us to purchase the following medical devices and equipment and invest in the expansion of services at QCH.
In some cases, the photos below are examples of the medical devices and not necessarily the exact item due to purchase timeline and use in the hospital.
QCH opened the doors to the beautiful, fully-renovated and expanded Barbara Crook and Dan Greenberg Mental Health Centre in December 2023. The new Mental Health Centre is double the size of the original footprint, providing increased space for mental health care. Before this multi-year construction project began – the unit had not had a significant physical upgrade since it was first built, almost 40 years ago. Last year, QCH provided mental health care to over 12,753 people.
Along with $6 million in support from the Ottawa community, the multi-year project received $9 million in funding from the Ministry of Health.
Through this multi-year project 10 operating rooms were upgraded with some of the most advanced technology in the region. Extensive updates were made to the flooring, lighting, communications, surgical displays and ventilation, along with the installation of the latest smart software and hardware. Last year, more than 25,000 surgical procedures took place at QCH.
This is part of a $2.5 million renovation project upgrading the surgical suites.
In an effort to improve patient flow from our ED, QCH converted the Diagnostic Imaging waiting room into a new short-stay unit with 15 new bed bays, called B2. By leveraging this space it reduces the number of people staying overnight in the ED by 15 per night. Last year, there were 3,779 patient days spent overnight in the ED.
This is part of a $2 million project repurposing space inside the hospital to create new patient areas.
Ultrasound technology uses sound waves to create pictures of the inside of the body and is very helpful for diagnosing and treating many different health issues. A device called a transducer sends out high-frequency sound waves and picks up the echoes bouncing back from organs and tissues. These echoes are instantly turned into detailed images that doctors can see on a computer screen. Ultrasound technology significantly contributes to improved patient care outcomes by providing detailed, real-time imaging that aids in accurate diagnosis and effective intervention.
The patient beds are designed for comfort and durability, often covered with easy-clean vinyl for hygiene maintenance. One of the key features of hospital beds is their ability to be adjusted, allowing patients or caregivers to raise the head and foot sections independently.
Vital sign monitors continuously track important aspects of a patient’s health. They keep an eye on things like breathing rate, oxygen levels, heart rate, blood pressure, and temperature. By giving real-time updates on these vital signs, medical staff can closely monitor a patient’s condition and be notified of any changes, allowing for timely intervention.
Video duodenoscopes are essential tools for both diagnostic and therapeutic purposes within the upper digestive system. These instruments consist of flexible, lighted tubes that enable physicians to visualize and access the top portion of the small intestine. They are particularly crucial in examining and treating conditions affecting the pancreas and bile ducts, such as cancerous growths or gallstones. Their ability to perform complex procedures safely and effectively contributes to improved patient outcomes.
Exercise stress test systems are diagnostic tools that combine electrocardiogram (ECG) and blood pressure monitoring with exercise equipment to assess how well the heart functions under physical stress. These systems typically involve the use of a treadmill or a stationary bike, which allows the patient to engage in controlled physical activity while their heart’s electrical activity and blood pressure are closely monitored.
These are essential diagnostic tools and provide detailed insights into lung health and help diagnose respiratory issues, monitor disease progression, and evaluate treatment. It is commonly used for patients experiencing wheezing, shortness of breath, or a persistent cough and can help diagnose conditions such as asthma and Chronic Obstructive Pulmonary Disease (COPD).
These high-tech clinical training tools are designed to mimic real-life scenarios and provide hands-on learning experiences for healthcare workers. With the capability of simulating a variety of procedures, such as IV insertion and CPR, these devices offer a realistic training environment in a safe and controlled setting, making them critical pieces of equipment.
Endoscopy video tower systems are advanced setups that improve the quality and efficiency of endoscopic procedures. The video processor delivers high-quality images with advanced imaging techniques, while the light source ensures vivid and colorful visuals. The durable, easy-to-handle endoscopes are used in gastroenterology and respirology. These towers play a crucial role in detecting and removing polyps before they become cancerous, preventing the need for surgery, aiding respirologists in bronchoscopy, and stopping life-threatening bleeds. Although they require regular updates, endoscopy video tower systems are indispensable for enhancing procedure efficiency, image quality, and patient safety.
Stretchers are essential as they provide a safe and cushioned platform with rails to keep patients secure during moves. They are crucial for transferring patients from ambulances to emergency rooms and between hospital areas. Designed to be easy to move, stretchers are especially helpful for patients who have trouble moving on their own.
The Urodynamic system consists of diagnostic tools that checks how well the bladder and urinary system work. It helps doctors find out why someone might have issues like urinary leaks or blockages. Through this system doctors can find out bladder capacity, pressure, and response to the urge to urinate. The urodynamic system also checks the muscles and nerves around the bladder, and how fast urine flows out. This equipment is crucial for the hospital as it allows for accurate diagnosis and effective treatment of complex urinary disorders.
These devices use high-frequency electricity to create heat in tissues, allowing for precise and controlled interventions during surgeries and endoscopic procedures. ESUs have advanced technology that lets them create different types of electrical waves, which can be adjusted for specific surgeries, making them more precise with less damage.
This microscope head has dual eyepieces which cut down on eye strain and fatigue. Binocular heads are usually adjustable to compensate for the distance between the eyes for a more comfortable fit for physicians.
Infant simulation devices offer a high level of realism for hands-on learning in a variety of scenarios. Healthcare professionals can practice life-saving techniques and learn how to identify potentially critical symptoms and conditions. By accurately replicating infant anatomy and physiology, these simulation devices are essential for training for responding to high pressure and critical situations.
Birthing beds are specialized medical beds designed to provide comfort, flexibility, and safety during the labor and delivery process. These beds offer a mom a variety of options for birthing positions including upright, reclined, or semi-reclined. By providing a range of positioning options, birthing beds can aid in pain management and advance labor progression, ensuring a smoother and more comfortable birthing experience for mothers.
Exam tables and stirrups play essential roles in hospitals by facilitating various medical examinations and procedures with comfort, stability, and accessibility. Exam tables are designed to support patients in prone, supine, or side-lying positions, providing a stable and supportive surface for medical assessments and treatments. These tables are equipped with features like adjustable seat height, supportive positioning options, and appropriate weight capacity to accommodate diverse patient needs comfortably.
Surgical screw extraction sets are essential when screws become stripped, broken, or otherwise compromised, posing a challenge during orthopedic surgeries.
These are designed to simplify diagnostic ECG testing and streamline workflow by delivering high-quality clinical reports efficiently. They help doctors quickly and accurately check the heart’s electrical activity, which is essential for diagnosing heart problems. These systems automate the testing process and provide clear, high-quality reports, allowing healthcare professionals to make informed decisions quickly.
Privacy curtains create individual spaces within shared hospital rooms, clinics, emergency departments, and other medical settings. By separating treatment areas, privacy curtains allow healthcare providers to conduct examinations, consultations, and procedures discreetly and confidentially. These curtains help stop infections from spreading. By creating a barrier that respects privacy and supports infection control, privacy curtains play a big role in keeping healthcare settings safe and caring for patients well.
Intravenous pumps are medical devices that give fluids, like nutrients and medications, directly into a patient’s bloodstream. They can provide these fluids continuously or in timed doses, based on what the patient needs. There are also alerts to tell healthcare providers if there’s a problem like a blockage, air in the line, or low battery, to allow for quick intervention, making them vital tools within the hospital.
These specialized devices are designed to assist caregivers in lifting and moving patients between various positions, such as from bed to wheelchair, or from wheelchair to bathtub. By reducing the physical strain on caregivers, patient lifts not only protect the well-being of healthcare staff but also ensure that patients are transferred with dignity and minimal discomfort.