4K Surgeon's Hand Preparation Medical Equipment In Operation Room

The Operation Theater at Lenox HIll Hospital in NY. Doctors, and assistants nurses prepare for the operation. They create a screen with sheets on the table. The instrument tray is brought near the operating table. The operation progresses. Assistants pass instruments to the doctors. Location: New York United States USA. Date: June 1948.

Corneal transplant performed underwater on bat ray at Marineland, April 1955

00:00:00:00 [Good shots of surgeons performing laparoscopy which involves inserting instruments through tube in abdomen along with small camera, so that surgery can be performed without any cutti ...

Rome, Italy <br/> <br/>EXHIBITION OF SURGERY THROUGH THE AGES. <br/> <br/>At the Biblioteca Vallicelliana, one of the oldest libraries in Rome: S.U. Pan along shelves of Historic books. C.U. Pan along stone age surgical instruments C.U. a small bronze statue. C.U. Demonstration of a bronze instrument used by the Incas for drilling the skull. C.U. Irons from Syria and Babylonia. C.U. A Grecian urn whose sides have paintings of patients at a surgery and a blood letting process. C.U. Roman instruments on a bas-releif, pan to a fresco depicting a surgeon removing an arrow embedded in a leg. M.S. Picture with hand holding the actual instrument used for removal in front of it. C.U. A bas relief of the Pillar of Traiana showing the medical services of the Roman army. C.U. Iron instruments used in Arabian and Mediaeval operations. C.U. sketch of the technique of replacing a dislocated shoulder. C.U. an open book containing sketch of plastic surgery of the nose by a surgeon named Tagliacozzi. Pan up to model reproduction of the drawing. C.U. print of wooden apparatus used for arm fractures. Pan up to the actual instrument. C.U. a demonstration showing an instrument used in the 14th century to amputate a hand. Iron apparatus for the prothesis of various fractures of the body. <br/> <br/>Mute Lav.

VETERINARIAN APPLIES FORCEPS-CLAMPS TO ANIMAL PATIENT. CU DOCTOR TAKING SURGICAL INSTRUMENT FROM TRAY OF INSTRUMENTS. DOG IS HELD DOWN FOR SURGERY.

Patient's POV shot of ceiling and walls as wheeled along hospital corridors to surgery, doctor preparing syringe, bending over patient. Shot of patients being wheeled into surgery as other is wheeled out to room. Good sequence on doctors and nurses preparing and performing surgery, swabbing patient's abdomen, incision, suturing.

CU of the hands of a surgery team as they work on an open incision with surgical instruments during a pancreas transplant.

COSMETIC SURGERY CLIPREEL #1 / VS OF PLASTIC SURGERY MAGAZINE ADS (NO AUDIO) / VS OF SURGICAL INSTRUMENTS / B-ROLL OF MAN WORKING OUT IN GYM / VS OF FEMALE PLASTIC SURGEON AS SHE USES MARKER TO POINT OUT WHERE SHE WILL PERFORM STOMACH REDUCTION SURGERY ON MAN / VS OF LIPOSUCTION INSTRUMENTS DURING SURGERY / BEFORE & AFTER PLASTIC SURGERY FTG OF WOMEN / 01:15:54 TIGHT SHOT OF LASER SURGERY ON BAGS UNDER PATIENT'S EYE / 01:18:04 CS ON MALPRACTICE

[WWII 168th Station Hospital & German Prisoners]

Medical Robotic heart surgery: Heart surgery on a monitor; Doctor in blue scrubs performs robotic heart surgery and wears headset; Electronic boxes and equipment; Surgeon controls robotic arms; CU of surgery on pig's heart with tiny instruments; Operating room scene with surgeons and assistants in masks, caps, and scrubs as they perform a surgery; Older man shows incision scar on chest from bypass surgery

Gastric bypass surgery. Endoscope footage of a surgeon suturing an internal incision during a gastric bypass operation. The patient is a morbidly obese 42 year old woman. Gastric bypass surgery (GBP) reduces the size of the stomach and reconstructs the intestines to reduce the amount of food that can be absorbed by the patient. The restrictive and malabsorptive effects of GBP can result in drastic weight loss for morbidly obese patients.

Monitor of vital signs in the operating room

&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;pi>&lt;b>so, this is from earlier this month, but just now gaining steam. Teaseable&lt;/b>&lt;/pi>&lt;/p>\n&lt;p>https://www.sony.com/en/SonyInfo/News/Press/202405/24-020E/&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>Tokyo, Japan — Sony Group Corporation (Sony) today announced the development of a microsurgery assistance robot capable of automatic surgical instrument exchange and precision control. The prototype will be unveiled at the Sony booth during the 2024 Institute of Electrical and Electronics Engineers (IEEE) International Conference on Robotics and Automation (ICRA2024), which opens in Yokohama on May 13.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>Prototype of the microsurgery assistance robot&lt;/p>\n&lt;p>Factors such as a shrinking workforce caused by an aging society have resulted in a serious shortage of medical practitioners, who face an increased workload in the medical field. Against this backdrop, in the field of surgery where high skill levels are required, the use of surgical robots that assist with precision operations is expected to reduce surgeon workloads and help promote the spread of advanced medical services.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>The prototype was developed by Sony's R&amp;D team for technology development to assist in microsurgical procedures for use in conjunction with a microscope, etc., to work on extremely small tissues, such as veins and nerves. The movements of the surgeons' hands and fingers captured with a highly sensitive control device are replicated on a small surgical instrument that operates smoothly, akin to the movement of the human wrist. Practical challenges with conventional surgical assistant robots include interruptions and delays in surgery due to manually exchanging surgical instruments, but the R&amp;D team has developed a system that allows for the automatic exchange of these parts through miniaturizing them. In so doing, the R&amp;D team has been seeking the possibility to allow the robot to assist in a wide variety of surgical procedures, enabling more medical practitioners to perform microsurgeries that require extremely delicate operations in the future.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>In February 2024, an experiment was conducted by Aichi Medical University, where surgeons and other medical practitioners that do not specialize in microsurgical procedures used the prototype and successfully created an anastomosis in animal blood vessels (diameter of approximately 0.6 mm). This is the world's first case of microvascular anastomosis achieved using a surgical assistance robot with an automatic instrument exchange function*.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>*&lt;tab />According to Sony research, as of May 9, 2024.&lt;/p>\n&lt;p>Going forward, Sony plans to work with university medical departments and medical institutions to further develop and verify the effectiveness of robotic surgical assistance technology. Continuing to move forward with R&amp;D, the company aims to help resolve issues in the medical domain and contribute to the advancement of medicine by providing robotic technologies.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>A demonstration video of this technology can be viewed on YouTube.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>Main Technology Features&lt;/p>\n&lt;p>1. Automatic instrument exchange achieved through miniaturization of surgical instruments&lt;/p>\n&lt;p>Developing miniaturized, proprietary surgical instruments allows multiple instruments to be stored in a compact manner near the robot arm. Both the left and right arms can then use small movements to exchange the instruments in a short period of time without human intervention.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>Surgical instrument storage and robot arm&lt;/p>\n&lt;p>2. Pairing a highly sensitive control device with compact, multi-jointed surgical instruments delivers stable, high-precision control&lt;/p>\n&lt;p>To enable the stable and high-precision control required in microsurgical procedures, the team developed a compact, lightweight, highly sensitive control device to reflect the delicate movements of human fingertips. Also, the tip of the surgical instrument is equipped with multiple joints, allowing it to move smoothly like the human wrist. Through these features, the prototype aims to enable nimble operation and smooth movement that almost feels like the robot intervention doesn't exist.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>Tip of the surgical instrument / Control device&lt;/p>\n&lt;p>3. High-definition 4K imaging technology to assist with precision operations&lt;/p>\n&lt;p>The prototype is equipped with 1.3-type 4K OLED Microdisplays developed by Sony Semiconductor Solutions Corporation, allowing operators to view high-definition images of the affected area and the movement of surgical instruments. The prototype aims to provides visual support for microsurgical procedures through faithful reproduction of color, texture and depth.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>Equipped with 1.3-type 4K OLED Microdisplays&lt;/p>\n&lt;p>For further details on the technology, refer to here.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>International Conference on Robotics and Automation (ICRA)&lt;/p>\n&lt;p>This event, held annually by the IEEE Robotics and Automation Society, is the leading international conference for robotics engineering and automation.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>Dates:&lt;tab />May 13 - 17, 2024&lt;/p>\n&lt;p>Venue:&lt;tab />PACIFICO Yokohama&lt;/p>\n&lt;p>Sony booth:&lt;tab />IC101&lt;/p>\n&lt;p>Note: Advance registration is required to attend. See the ICRA2024 official website for details.&lt;/p>\n&lt;p>Note: This surgical assistant robot is currently in the development phase and has not obtained approval under Japan's Act on Securing Quality, Efficacy and Safety of Products Including Pharmaceuticals and Medical Devices. The prototype cannot be sold or offered.&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--TEASE--&lt;/b>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--SUPERS&lt;/b>--&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--VIDEO SHOWS&lt;/b>--&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--LEAD IN&lt;/b>--&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--VO SCRIPT&lt;/b>--&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--SOT&lt;/b>--&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--TAG&lt;/b>--&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--REPORTER PKG-AS FOLLOWS&lt;/b>--&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>-----END-----CNN.SCRIPT-----&lt;/b>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--KEYWORD TAGS--&lt;/b>&lt;/p>\n&lt;p>&lt;/p>\n&lt;p>&lt;b>--MUSIC INFO---&lt;/b>&lt;/p>\n&lt;p>&lt;/p>

FTG FOR DR TIMOTHY JOHNSON CS VO ON A NEW ROBOTIC SURGERY IN THE BATTLE AGAINST PROSTATE CANCER / VIDEO OF ROBOTIC LAPARSCOPIC PROSTATECOMY SURGERY / SURGERY W/ IV POLE IN MIDDLE OF SCREEN, DOCTOR HANDS OVER INSTRUMENT, DOCTOR RECEIVING ANOTHER INSTRUMENT AND ATTACHES IT TO ROBOT / DOCTOR HOLDING ROD AND PLACES IT INTO ROBOT'S ARM, ROBOTIC ARM MOVING

Surgeons, nurses, and patients in operating room

Doctor, The

Surgical instruments in an operating theater.Microscopic views of bacteria, including those causing lockjaw and gangrene, respectively. Views of streptococus and staphylococus. Surgeons scrub before undertaking surgery. Cartoon animation of Bacteria and skin. Location: California United States USA. Date: 1945.

BLOOD LETTING UTENSILS & ANTIQUE SURGERY TOOLS & INSTRUMENTS

HACUs of open-heart surgery on young girl: shots of hands working with various instruments on patient's heart, including brief shots of medical staff. Various shots of member of medical staff operating machine that treats patient's blood. HACUs of incision, instruments (scissors), gauze wiping incision.

A nurse dressed in surgical scrubs prepares instruments and materials for an operation as other people periodically hand her items.