Tue - October 4, 2016
10:37 am
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Article Hits:2701
The new robotic surgery platform is the first of its kind to offer tactile response, marking a significant advancement in the field of human medicine. This innovative technology brings about a cultural shift in the field of surgery, providing healthcare professionals with enhanced precision and heightened awareness. It introduces state-of-the-art robotic surgery that can simulate a human-like sense of touch, allowing controlled manipulation of instruments through temperature, pressure, and gripping capabilities. Designed to detect anomalies, this platform revolutionizes the surgical experience by providing surgeons with a greater sense of touch and dexterity, ultimately improving patient outcomes.
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Fri - September 16, 2016
6:55 am
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Parecoxib, a non-steroidal anti-inflammatory drug (NSAID), has been found effective in relieving shoulder pain following laparoscopy. Laparoscopy is a minimally invasive surgical procedure that can sometimes result in shoulder discomfort due to referred pain caused by irritation of the diaphragm. A study conducted on patients undergoing laparoscopic procedures revealed that Parecoxib effectively reduced postoperative shoulder pain. By inhibiting the production of inflammatory substances in the body, Parecoxib helps alleviate pain and inflammation. This finding suggests that Parecoxib can be a valuable option for managing shoulder pain after laparoscopy, enhancing patient comfort and recovery. However, it is important to consult with a healthcare professional before using any medication.
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Tue - September 13, 2016
9:40 am
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Article Hits:4638
The new articulating 15mm single port laparoscopic instrument is an advanced medical device used in laparoscopic surgical procedures. It is distinguished by its articulation technology, which allows for the manipulation of instruments in complex and opposing angles. This instrument is used through a single port, aiding in performing surgeries with smaller incisions. It provides healthcare practitioners with a latest and crucial alternative for more effective, safe, and precise laparoscopic procedures.
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Sat - September 10, 2016
12:36 pm
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Article Hits:3461
The laparoscopic liver transplant procedure, known as "Laparoscopic Liver Transplant Program" in Hindi, is now being standardized. This procedure utilizes laparoscopic and liver transplant techniques according to the highest technical standards, making liver transplantation feasible. This engineering technique can assist in making liver transplantation safe, effective, and internally corrective. Standardizing this procedure will be a significant advancement in human healthcare.
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Thu - September 8, 2016
8:21 am
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Article Hits:4341
Patients with coronary artery disease are at 3 times higher risk for thromboembolic complications if off Aspirin1. Distinct guidelines for use of antiplatelet agents don’t exist for all major urological procedures. Significant blood loss during laparoscopic procedures requiring transfusion or conversion to open occur at 4% to 6%2. Continuation of antiplatelet therapy may disrupt homeostasis and compromise oncological outcomes. The purpose of this study was to determine outcomes associated with continued aspirin use during laparoscopic partial nephrectomy (LPN).
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Thu - September 1, 2016
8:15 am
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Article Hits:4545
The Laparoscopic Magnetic Grasper is a novel device used during laparoscopic cholecystectomy procedures to secure the fundus, an anatomical structure in the gallbladder. This innovative tool incorporates a magnetic mechanism that allows for precise and secure grasping of the fundus, minimizing the risk of slippage or accidental injury. The laparoscopic approach ensures minimal invasiveness and quicker recovery for patients. The Laparoscopic Magnetic Grasper's magnetic force provides excellent stability, enabling surgeons to perform the procedure with enhanced accuracy and control. This device represents a significant advancement in laparoscopic surgery, offering improved safety and efficiency during laparoscopic cholecystectomy procedures.
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Sat - August 13, 2016
11:39 am
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Article Hits:2941
Recent studies have shed light on the immunologic effects of surgery and their potential impact on tumor growth. Surgical procedures, aimed at removing tumors, can inadvertently activate various immunosuppressive mechanisms, thereby promoting tumor recurrence and metastasis. Surgical stress triggers the release of pro-inflammatory factors and immune-modulating cells, leading to the suppression of anti-tumor immune responses and the enhancement of pro-tumor signals. Additionally, surgical intervention may disrupt the balance between immunosuppressive and stimulatory signals, favoring tumor-promoting processes. Understanding these immunologic effects is crucial for developing strategies to mitigate the potential negative consequences of surgery on cancer outcomes and optimizing therapeutic approaches for patients.
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Tue - August 2, 2016
6:56 am
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Article Hits:4976
Being a doctor is a well-paid profession, but the highest earning medical professionals are surgeons. Everybody who has had surgery knows just how much trepidation you feel when entering that room and realizing that someone is going to cut you open, root around a bit, and then sew you back up. Now if a robotic surgeon were to conduct the same operation, would you feel any better about it? What if robotic surgery gave you a 10X better success rate? Which would you choose it then?
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Sat - July 30, 2016
3:34 am
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Article Hits:3930
Microswimmer robots have the potential to revolutionize medicine by delivering medication and performing surgeries inside the human body. These tiny robots are designed to navigate accurately within the human body and can be directed in the field of medicine. They can deliver drugs and treatments directly to temporary or permanent locations within the body and reach internal areas. Through this technological advancement, doctors or medical teams can safely implement modifications and treatments within the body. This capability can be a significant tool in improving human health and advancing medical progress.
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Fri - July 29, 2016
9:28 am
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Article Hits:3011
The problem with robotic surgery lies in the absence of competition. With a limited number of dominant players in the market, the lack of competition can hinder innovation, drive up costs, and restrict access to this advanced technology. The monopoly-like control enjoyed by a few companies reduces the incentives for continuous improvement, resulting in slower advancements and limited options for patients. Moreover, the high costs associated with robotic surgical systems create barriers for smaller healthcare facilities to adopt this technology, further exacerbating the problem. Increased competition could promote affordability, spur innovation, and enhance patient care in the field of robotic surgery.
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Wed - July 27, 2016
6:44 am
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Article Hits:5106
Laparoscopic total pelvic exenteration (TPE) using transanal minimal invasive surgery (TAMIS) is a cutting-edge technique for the treatment of advanced pelvic malignancies. This procedure involves the removal of multiple organs from the pelvic cavity, including the bladder, rectum, uterus, and associated lymph nodes. TAMIS allows access to the lower pelvis through the anus, combining a transanal approach with laparoscopic instruments. The benefits of this technique include reduced blood loss, shorter hospital stays, decreased postoperative pain, faster recovery, and improved cosmetic outcomes. By utilizing TAMIS, surgeons can perform TPE with greater precision and patients can experience enhanced outcomes and quality of life.
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Tue - July 26, 2016
10:27 am
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Article Hits:3987
The First Stapler-Enabled Pediatric Laparoscopic Duodenal Repair is a novel and effective medical procedure used for the surgical repair of the duodenum (part of the digestive tract) in children. This procedure utilizes laparoscopic techniques, where a stapler instrument is used to secure and join tissues, aiding in the safe and efficient completion of the operation. This technique has the potential to improve the quality of treatment by reducing surgical time and travel for children.
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Wed - July 20, 2016
5:37 am
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Article Hits:4566
Medrobotics® Flex® Robotic System is an innovative medical technology that enables flexible endoscopic procedures with enhanced precision and maneuverability. The system consists of a robotic platform with a flexible robotically controlled surgical instrument. It allows surgeons to access challenging anatomical locations and perform minimally invasive procedures with greater dexterity. The Medrobotics® Flex® Robotic System offers improved visualization, better control, and potential benefits for patients such as reduced trauma, faster recovery, and shorter hospital stays.
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Tue - July 19, 2016
4:46 am
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Article Hits:3338
Effective elimination of surgical smoke from operating rooms (ORs) is crucial for the health and safety of surgical staff and patients. Surgical smoke contains harmful particles, chemicals, and microorganisms that can lead to respiratory and ocular irritation, as well as other health risks. Implementing efficient smoke evacuation systems, such as high-flow suction devices and smoke filtration technologies, combined with strict adherence to smoke evacuation protocols, can effectively remove surgical smoke, ensuring a clean and safe environment for surgical procedures.
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Fri - July 1, 2016
12:03 pm
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Article Hits:5104
a 38-year-old man died during a live demonstration of laparoscopic liver surgery at the All India Institute of Medical Sciences (AIIMS) in New Delhi. The incident sparked widespread outrage and raised concerns about the safety of live surgeries and the pressure to perform in front of an audience. This essay will examine the events surrounding the patient's death and the implications for medical education and live surgery demonstrations.
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