Technology is advancing at lightning speed in every industry, and healthcare is no exception.The operating room (OR) has become Technological innovation Assist with surgical procedures such as 3D imaging and robotics. However, despite these advances, clinical communication technologies that facilitate more effective collaboration among nursing staff have not yet been fully developed.
Communication characteristics of medical institutions
Over the years, joint committee Emphasizes the need for more efficient communication and information sharing among medical teams to enhance patient care. Hospitals and operating rooms are dynamic environments in which multidisciplinary clinicians rely on countless information and communication technologies. This multi-layered approach is still common and is compounded by outdated communication systems used in many healthcare facilities. Some are complex combinations of landlines, pagers, and whiteboards. Others rely on two-way radio systems that often suffer from reception problems and low audio quality. Clinicians often carry a plethora of single-purpose devices, making it more difficult to share information in a timely manner. In fact, communication between complex care teams is already a challenge when wearing personal protective equipment (PPE), face shields and masks.
Overhead paging systems have been the backbone of hospitals and medical centers for years. However, constant announcements can lead to a noisy and stressful environment, which may be associated with poorer outcomes and lower Hospital Consumer Assessment of Healthcare Providers and Systems (HCAHPS) scores.
Healthcare design also plays a role in communication quality and workflow. For example, data shows that nurses spend one-fifth of their shifts coordinating care with team members in other departments and typically walk five miles within 10 hours. Some studies show that nurses waste 10 to 25 percent of their time looking for other staff.
Delays caused by miscommunication can lead to slow response times, inefficient workflows, and impact critical decisions, resulting in poor patient outcomes. In the case of the operating room, delays in activities required for preoperative preparation, procedures, and postoperative care can cost millions of dollars each year.One Average OR minute cost is $130which equates to $1.56 million per year for 12,000 surgeries.
In an environment where patient safety comes first, communication gaps and misunderstood information Serious medical errors and procedural failures often result, which can lead to preventable patient health complications.
To truly improve the quality of care, healthcare organizations need more collaborative, less intrusive communication tools for greater workflow efficiency, faster response times, fewer errors, and a higher level of safety.
Transformative Mobile Clinical Technology
The adoption of mobile platforms for mission-critical clinical communications has begun to surge in healthcare. Mobile systems are mainly composed of software applications and hardware devices that run on wireless networks.
Push-to-talk over cellular (PTT) (PoC) is an example of a mobile communication technology that has transformative potential for healthcare teams. Essentially, PoC turns mobile devices such as smartphones and tablets into walkie-talkies with Wi-Fi or cellular connectivity. Cellular infrastructure provides a highly reliable network with unlimited coverage and no maintenance or operating expenses.
The PoC also supports the use of encrypted voice messaging applications, allowing clinicians to contact team members both within the hospital and remotely, while still maintaining confidentiality. It enables instant and discreet conversations with individuals or groups through channels and even roles. Voice messaging apps offer valuable features such as record and playback, location tracking, and emergency alerts.They may also include secure text messages or support for video calls to enable more effective communication between care teams, with patients, and with family.
With clinicians multitasking while constantly on the move, having to stop using apps on handheld devices is not always feasible and can be disruptive to patients. The advent of dedicated wireless hardware accessories has made accessing PoC applications faster and less disruptive. For example, with the touch of a finger, the wireless PTT button can control a PoC application on a mobile device, providing virtually hands-free communication. Plus, because they use Bluetooth Low Energy (BTLE) technology, the buttons can run for at least two years on a single coin cell battery.
In recent years, surgeons and anesthesiologists have begun to use wireless PTT buttons and PoC applications in cleaning procedures in operating rooms while preparing patients. They even found a way to use the system during sterile procedures by simply having the OR assistant press the PTT button and the doctor speaking through the app.
Another upcoming hands-free technology is wearable badges, which use Voice over Internet Protocol (VoIP) over wireless networks to enable caregivers to handle calls or receive messages and notifications without using their phones. In an emergency, teams can use voice commands to call by name, role, or group. It’s important to note that this technology is often part of a complete solution that includes mobile apps and devices.
While most PoC apps and accessories are compatible with Android and iOS devices, the iOS platform is known for having stronger security and a user-friendly interface. so, Medical institutions The iPhone is more likely to be deployed as a multifunctional device with clinical iOS applications as a simple, scalable communication solution. Third-party apps on the iPhone can extend functionality to enable VoIP calls, access reference materials, scan barcodes, record patient information, and more. One consideration is whether the devices are robust enough to withstand the rigors of surgery and hospital environments. As a result, hardware developers are introducing longer-lasting options for clinical collaboration.
Ultimately, software applications are driving the adoption of wireless technology in healthcare as a means to consolidate caregiver communications.Many mobile clinical platforms integrate with existing systems such as nurse calls, patient records or monitoring and support Telecollaboration and Telemedicine. The end result is a comprehensive clinical communications solution designed for healthcare professionals.
Responsible use yields greater results
As more healthcare organizations adopt smartphones, more challenges arise.Hospitals have conflicting opinions on whether it is best to use Person-Owned (BYOD) or hospital-owned equipment. There are also concerns that the device could be distracting or lead to infections in vulnerable patients.
The Society of Surgical Technologists (AST) provides best practices for the use of mobile technology in OR. Guidelines For healthcare facilities, this includes developing policies and procedures for the appropriate use of mobile devices and ensuring they are cleaned and disinfected before being used in intensive care areas.
AST outlines the rationale behind the use of mobile devices in medical practice and highlights several efficiency benefits:
- reduce medical errors
- Faster access to patient information
- Improve communication with patients
- Higher work productivity and efficiency
- Reduce response failure rate
Time is one of the most valuable assets in healthcare, not only for patient care, but also financially. Improving efficiency by doing more in less time can save hospitals millions of dollars, and most importantly, speeding up real-time communications with fewer interruptions can save millions of lives.
Nonetheless, implementing new technologies inevitably presents challenges. Practitioners must work with informatics and IT staff to ensure alignment of goals and to train teams to make communication as seamless as possible. Over time, the medical community will adopt enhanced mobile clinical communications as a strategic solution to enhance patient care.
Photo: elenabs, Getty Images
