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This video demonstrates Laparoscopic Cholecystectomy Fully Explained Skin-to-Skin Video with Near Infrared Cholangiography performed by Dr R K Mishra at World Laparoscopy Hospital. A laparoscopic cholecystectomy is a minimally invasive surgical procedure that involves removing the gallbladder. It is typically performed using small incisions in the abdomen, through which a laparoscope (a thin tube with a camera and light) and surgical instruments are inserted. The surgeon uses the laparoscope to visualize the inside of the abdomen and to guide the instruments in removing the gallbladder.
Near-infrared cholangiography is a technique that uses a special camera and fluorescent dye to visualize the bile ducts during surgery. The dye is injected into the cystic duct (the tube that connects the gallbladder to the bile ducts) and the camera detects the fluorescence emitted by the dye, allowing the surgeon to see the bile ducts more clearly.
The combination of laparoscopic cholecystectomy and near-infrared cholangiography has become a standard of care in many hospitals and surgical centers. It allows for a more precise and efficient surgery, reducing the risk of complications such as bile duct injury.
The use of indocyanine green (ICG) with near-infrared imaging during laparoscopic cholecystectomy has several advantages. Here are some of them:
Better visualization of the biliary anatomy: ICG with near-infrared imaging allows for better visualization of the biliary anatomy during surgery. This helps the surgeon identify important structures, such as the cystic duct and the common bile duct, and avoid injuring them.
Reduced risk of bile duct injury: With better visualization of the biliary anatomy, the risk of bile duct injury during surgery is reduced. Bile duct injury is a serious complication that can occur during laparoscopic cholecystectomy and can lead to long-term health problems.
Improved surgical precision: ICG with near-infrared imaging also improves surgical precision. The surgeon can better see the tissues and structures being operated on, which can help reduce the risk of bleeding and other complications.
Shorter operating time: The use of ICG with near-infrared imaging can shorten the operating time for laparoscopic cholecystectomy. This is because the surgeon can more quickly and accurately identify the biliary anatomy, which can help streamline the surgery.
Overall, the use of ICG with near-infrared imaging is a valuable tool in laparoscopic cholecystectomy that can improve surgical outcomes and reduce the risk of complications.
Like any surgical procedure, laparoscopic cholecystectomy (gallbladder removal) has potential complications. Here are some of the most common ones:
Bleeding: Bleeding during or after the surgery is a possible complication of laparoscopic cholecystectomy. Most cases are minor and can be easily controlled, but in rare cases, significant bleeding may require a blood transfusion or even additional surgery.
Infection: Any surgical procedure carries a risk of infection. After laparoscopic cholecystectomy, there is a risk of infection at the site of the incisions or within the abdomen. Symptoms may include fever, pain, redness, or drainage from the incision sites.
Bile leakage: In some cases, a small amount of bile may leak from the bile ducts into the abdominal cavity after gallbladder removal. This can cause abdominal pain, fever, and sometimes requires further surgery or treatment.
Injury to nearby organs: During the surgery, there is a small risk of unintentional injury to nearby organs such as the liver, intestines, or bile ducts. This can cause additional complications and may require further treatment.
Adverse reactions to anesthesia: As with any surgery requiring general anesthesia, there is a small risk of adverse reactions to the anesthesia, such as an allergic reaction, respiratory problems, or heart complications.
Most patients recover without complications following a laparoscopic cholecystectomy, but it is important to discuss any concerns or questions with your surgeon beforehand.
Contact us
World Laparoscopy Hospital
Cyber City, Gurugram, NCR Delhi
INDIA : +919811416838
World Laparoscopy Training Institute
Bld.No: 27, DHCC, Dubai
UAE : +971525857874
World Laparoscopy Training Institute
8320 Inv Dr, Tallahassee, Florida
USA : +1 321 250 7653
Regenerate response
An intrauterine device (IUD), also known as intrauterine contraceptive device (IUCD or ICD) or coil, is a small, often T-shaped birth control device that is inserted into a woman's uterus to prevent pregnancy. IUDs are one form of long-acting reversible birth control (LARC).
Tummy tuck Sydney Dr Barnouti. Call us on 02-9561 0222 or 1300 002 006
Broadway, Chatswood, Burwood NSW Australia
email:drbarnouti@australiaplasticsurgery.com.au
https://www.plasticsurgery-syd....ney.com.au/abdominop
What is a tummy tuck?
A tummy tuck operation is also known as abdominoplasty. It involves removing excess skin and fat from the stomach area, mainly the lower part of the tummy through surgical procedure. A tummy tuck operation is intended to leave the patient with a flatter tummy and to remove any signs of an 'apron' stomach or an overhang which is sometimes visible above underwear. The skin on this area tends to be stretched and of poor quality. A tummy tuck operation will usually focus on the lower part of the stomach, below the belly button and may require the belly button to be repositioned in some cases. The procedure is often carried out on women or men who have suffered from stretched skin in the stomach area after pregnancy, giving birth, excess fat deposition or weight loss.
What happens during a tummy tuck?
During a tummy tuck procedure the aim of the surgeon is to cut away fat and excess skin. To do this Dr Barnouti will make in incision on the lowest part of the stomach, where a fold will be visible above the pubic bone. He will take out as much excess fat as can be removed and will then cut the skin to fit back over the place where the fat has been removed from. It is important to have realistic expectations of a tummy tuck. Taking too much fat and skin away can result in folds at each end of the resulting scar which are sometimes referred to as "dog ears". Dr Barnouti will make sure you will not have this problem.
Who should have a tummy tuck?
Tummy tucks are recommended for either men or women who have an excess of fat and skin around their abdomen which cannot be removed by weight loss, exercise or liposuction. Tummy tuck operations in women are usually reserved for those who are not likely to have children as it is inadvisable to get pregnant again after having skin removed, this can cause the wound to stretch and scar.
The cost of a tummy tuck in Sydney Australia
The total cost is $7,900 if the patient's health fund cover the hospital's fees. In case the health fund does not cover the hospital's fee, the total cost will be around $12,000 inclusive of the Surgeon, assistant surgeon, Anaesthetist, hospital, operating theatre and follow ups visit.
Payment plans are alos available from Dr Barnouti's office in Chatswood, Burwood or Broadway.
A tummy tuck is a cosmetic procedure that removes excess skin and fatty tissue in order to give a flatter appearance to the stomach. Tummy tucks, also known as abdominoplasties, are ideal for patients who are not excessively overweight but suffer from an overhang of skin around the abdomen.
Performed under general anaesthetic, tummy tucks involve a horizontal incision being made just above the pubic area between the hip bones. Skin and fatty tissue is separated from the muscle and the area is tightened, with the excess skin and fatty tissues then being pulled downwards and removed.
Following your tummy tuck, there will be a scar present across the lower abdomen, but this will gradually fade. You may experience moderate tissue swelling for several months, but this will disappear with time. There may also be a sensation reduction just above the pubic area.
Once your tummy tuck recovery is complete however, you'll benefit from a more attractive figure and the ability to wear a wider selection of clothes.
A subdural hematoma is most often the result of a severe head injury. This type of subdural hematoma is among the deadliest of all head injuries. The bleeding fills the brain area very rapidly, compressing brain tissue. This often results in brain injury and may lead to death. Subdural hematomas can also occur after a minor head injury. The amount of bleeding is smaller and occurs more slowly. This type of subdural hematoma is often seen in older adults. These may go unnoticed for many days to weeks, and are called chronic subdural hematomas. With any subdural hematoma, tiny veins between the surface of the brain and its outer covering (the dura) stretch and tear, allowing blood to collect. In older adults, the veins are often already stretched because of brain shrinkage (atrophy) and are more easily injured.
Watch this video to learn how and when to change a dressing for a child with a hemodialysis catheter. You should change your child's dressing if it becomes soiled with water or blood or if it comes off at home. Keeping a clean dressing on your child will limit risk of infection.
Instruments at work, innovation at play. 🔍
Watch on to discover the behind-the-scenes instruments utilised by our NUHCS cardiac surgery expert, A/Prof Theodoros Kofidis, Head of NUHCS' Department of Cardiac, Thoracic & Vascular Surgery (CTVS), for keyhole heart operations. 🔑
To find out more about Minimally Invasive Heart Surgery @ NUHCS, visit: https://[a]www.nuhcs.com.sg%2FOur-Services%2FSpecialties%2FPages%2FMinimally-Invasive-Cardiac-Surgery-Programme.aspx[/a]
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Debridement is the removal of necrotic tissue, foreign debris, bacterial growth, callus, wound edge, and wound bed tissue from chronic wounds in order to stimulate the wound healing process. Stimulation of wound healing mediated by debridement is thought to occur by the conversion of a chronic non-healing wound environment to an acute healing environment through the removal of cells that are not responsive to endogenous healing stimuli. Debridement is used commonly in standard wound treatment of diabetic foot ulcers (DFUs). Methods of debridement include surgery (sharp debridement), chemical debridement (antiseptics, polysaccharide beads, pastes), autolytic (hydrogels, hydrocolloids and transparent films), biosurgery (maggots), mechanical (hydrodebridement), and biochemical debridement (enzyme preparations). Callus is a buildup of keratinized skin formed under conditions of repeated pressure or friction and may contribute to ulcer formation by creating focal areas of high plantar pressure. The debridement of callus has been proposed to be relevant for both treatment and prevention of DFU. The purpose of this report is to retrieve and review existing evidence of comparative clinical effectiveness of different methods of debridement for the treatment of DFUs. Additionally examined in this report is the clinical effectiveness for treatment and prevention of DFU using callus debridement. Cost-effectiveness, and existing debridement guidelines for the treatment of DFUs will also be reviewed.