It is simple to poke fun at excessively enthusiastic Google Glass first adopters, especially when they use the electronic headset for taking weird photos. However, there are several potential applications for Google Glass that go way past the actual world of consumer electronics and therefore are really worth getting excited about. Technological innovation has provided huge enhancements to that course of action and the new technology, computer gadget, the Google Glass, is currently taking that a giant step further.  Google Glass, it is a 1.8-ounce computer tweaked set of eyewear, presently gathering popularity in the professional medical world as a training instrument, recording surgeries from the surgeon’s perspective and live-streaming that perspective to fellow workers or trainees.

 

Suppose a patient comes with an itching reddish umbilical wound after port site infection. Google Glass, turned on by the physician’s voice, can prompt the physician through the differential analysis for an alleged port side metastasis.

 

Glass can advise questions to ask. It might respond effectively via speech recognition to phrases and words picked up in the doctor-patient chat. If you have ever before used Google Now, you will have an idea precisely how elegant this feature could possibly be.

 

Several advanced EHR products presently provide a diagnosis-prompting functions, however, using this potential in a hands-free gadget that can “fully grasp” and respond to spoken words and phrases would certainly incorporate much more gracefully into a patient encounter. In addition, Glass would not need the physician to turn his back on the affected person or focus attention upon an external display screen.

 

Glass’s integrated video functionality is going to be helpful for surgeons. Picture a surgeon live-streaming his/her surgery method to a class of medical trainees, or a new surgical resident live-streaming his/her surgery to a supervising doctor. Possibly within a few years we will possibly see a Glass “official certification” or some sorts of a training, with medical center ensuring that certain resident-performed types of procedures are supervised via Google Glass in real time.

 

Google Glass is a wearable device that allows users to access information and communicate with others through a small display that is mounted on a pair of glasses. While Google Glass was originally intended for consumer use, it has recently been adopted by the medical community, particularly in the field of laparoscopic surgery. In this essay, we will explore the use of Google Glass in laparoscopic surgery, its benefits and challenges, and its potential impact on the field of surgery.

Use of Google Glass in Laparoscopic Surgery

Laparoscopic surgery is a minimally invasive surgical technique that involves making small incisions in the abdomen and using a laparoscope to view and manipulate the internal organs. Laparoscopic surgery offers many benefits over traditional open surgery, including shorter recovery times, less pain, and reduced risk of complications.

One of the challenges of laparoscopic surgery is that the surgeon's view of the surgical field is limited to what can be seen through the laparoscope. This can make it difficult for the surgeon to see and manipulate the internal organs, particularly in complex surgeries.

To address this challenge, some surgeons have turned to Google Glass as a way to enhance their view of the surgical field. Google Glass allows the surgeon to view a live video feed from the laparoscope on a small display that is mounted on the glasses. This allows the surgeon to view the surgical field in real time, without having to look away from the surgical site.

Benefits of Using Google Glass in Laparoscopic Surgery

The use of Google Glass in laparoscopic surgery offers many benefits, both for the surgeon and the patient. One of the main benefits is improved visualization of the surgical field. By providing the surgeon with a live video feed from the laparoscope, Google Glass allows for a more detailed view of the internal organs, which can improve the accuracy and precision of the surgery.

Another benefit of using Google Glass in laparoscopic surgery is improved communication among the surgical team. By providing a live video feed to the entire surgical team, Google Glass allows for better collaboration and coordination, which can improve patient outcomes and reduce the risk of complications.

The use of Google Glass in laparoscopic surgery can also improve the training and education of surgical residents and medical students. By providing a live video feed of the surgical field, Google Glass allows for a more immersive and interactive learning experience, which can help to improve the skills and knowledge of future surgeons.

Challenges of Using Google Glass in Laparoscopic Surgery

While the use of Google Glass in laparoscopic surgery offers many benefits, there are also some challenges associated with this technology. One of the main challenges is the potential for distraction. Google Glass can be distracting for the surgeon, particularly if they are not used to wearing the device. This can increase the risk of errors and complications during surgery.

Another challenge of using Google Glass in laparoscopic surgery is the need for a stable and reliable internet connection. Since Google Glass relies on an internet connection to transmit the live video feed, any interruption in the connection can disrupt the surgery and potentially compromise patient safety.

Finally, there are concerns about patient privacy and confidentiality. Since Google Glass can record and transmit video and audio, there is a risk of inadvertent recording of sensitive patient information. To address these concerns, it is important to establish clear guidelines and protocols for the use of Google Glass in laparoscopic surgery.

Potential Impact of Using Google Glass in Laparoscopic Surgery

The use of Google Glass in laparoscopic surgery has the potential to transform the field of surgery in many ways. By providing improved visualization of the surgical field, Google Glass can improve the accuracy and precision of laparoscopic surgery, which can lead to better patient outcomes and reduced risk of complications.

The use of Google Glass can also improve communication and collaboration among the surgical team, which can further enhance patient safety and outcomes. This can be particularly beneficial in complex surgeries, where multiple surgeons and other healthcare professionals are involved.

In addition, the use of Google Glass in laparoscopic surgery can improve the training and education of surgical residents and medical students. By providing a more immersive and interactive learning experience, Google Glass can help to improve the skills and knowledge of future surgeons, which can lead to better patient outcomes and more effective surgical care.

However, there are also concerns about the potential drawbacks of using Google Glass in laparoscopic surgery. As mentioned earlier, distraction and interruptions in the internet connection can potentially compromise patient safety. In addition, concerns about patient privacy and confidentiality must be addressed through clear guidelines and protocols for the use of Google Glass in surgical settings.

Conclusion

The use of Google Glass in laparoscopic surgery is a promising development that has the potential to transform the field of surgery. By providing improved visualization of the surgical field and enhancing communication and collaboration among the surgical team, Google Glass can lead to better patient outcomes and more effective surgical care.

However, there are also challenges and concerns associated with the use of this technology, including the risk of distraction, interruptions in the internet connection, and concerns about patient privacy and confidentiality. It is important for healthcare professionals and institutions to carefully consider these issues and develop clear guidelines and protocols for the use of Google Glass in surgical settings.

Overall, the use of Google Glass in laparoscopic surgery is an exciting development that has the potential to improve patient outcomes and advance the field of surgery. With careful planning and attention to the potential risks and benefits, healthcare professionals can harness the power of this technology to improve the care of patients undergoing laparoscopic surgery.