Thoracic Cancer Care

Pleuroscopy is a procedure in which a small video camera called an endoscope is inserted through the ribs into a space between the lungs and chest wall. This procedure may be performed to obtain biopsies or drain fluid from the lungs.

Video camera-assisted surgery allows for better and more controlled access, giving the surgeon a clear and magnified view of the surgical area. It allows them to use smaller instruments and move with greater precision in a minimally invasive fashion, all of which results in a less traumatic experience and quicker recovery for the patient.

This advanced procedure requires a sophisticated facility and equipment, along with highly specialized physicians. It is available at some Swedish locations.

Staging endobronchial ultrasound (EBUS) is a procedure in which a small video camera fitted with a special probe is inserted into the airway. In addition to directly seeing the structures, the physician uses sound waves (ultrasound) to enhance the images of the lymph nodes and surrounding tissues.

EBUS can often allow biopsies to be performed safely without visualization. This advanced procedure requires a sophisticated facility and equipment, along with highly specialized physicians. It is available at some Swedish locations.

Robotic wedge resection is a procedure in which a wedge-shaped section of diseased or damaged lung tissue is removed with robotic assistance.

Robotic-assisted surgery allows for better and more controlled access, giving the surgeon a clear and magnified view of the surgical area. It allows them to use smaller instruments and move with greater precision in a minimally invasive fashion, all of which results in a less traumatic experience and quicker recovery for the patient.

This advanced procedure requires a sophisticated facility and equipment, along with highly specialized physicians. It is available at some Swedish locations.

Wedge resection using video-assisted thoracoscopic surgery (VATS) is a procedure in which a wedge-shaped section of diseased or damaged lung tissue is removed with video-camera assistance.

Video-assisted surgery extends the capabilities of the surgeon's eyes and hands, giving them a clear and magnified view of the surgical area. It allows them to use smaller instruments and move with greater precision in a minimally invasive fashion, all of which results in a less traumatic experience and quicker recovery for the patient.

This advanced procedure requires a sophisticated facility and equipment, along with highly specialized physicians. It is available at some Swedish locations.

Lung lobectomy is the surgical removal of one of the five lobes of a lung. It can be performed with a traditional thoracotomy, or with a less invasive treatment option called video-assisted thoracic surgery (VATS).

Open lung wedge resection is a surgical procedure involving the removal of a tumor from the lung through a large incision in the chest, during which the ribs are spread apart.

Open thoracic surgery is a type of surgery performed on the chest to remove a tumor or repair an organ. The surgeon gains access by cutting through the breastbone or between the ribs.

Pneumonectomy is a surgical procedure to remove an entire lung.

Segmentectomy is a surgical procedure to remove a part of an organ, such as a lung, liver or breast, that contains a tumor.

Sleeve lobectomy is a surgical procedure to remove a lung tumor while saving that part of the lung. It involves removing the cancer growth and part of the main bronchus (the airway), then rejoining the ends of the bronchus and the lung.

Video-mediastinoscopy is a minimally invasive procedure to inspect the area behind the breastbone known as the mediastinum. A surgeon guides a mediastinoscope — a flexible, narrow tube with a small video camera on the end — through a small incision just above the breastbone.

Brachytherapy is an approach to delivering radiation treatment from a source implanted inside the body. These sources may be placed either permanently or temporarily at the tumor site.

By delivering radiation directly into a tumor, this technique spares the surrounding normal tissue any exposure to radiation and the side effects that it may bring.

This advanced procedure requires a sophisticated facility and equipment, along with highly specialized physicians and support. It is available at some Swedish locations.

Interstitial high dose-rate (HDR) brachytherapy is a specialized brachytherapy technique in which rapidly emitting radiation sources are placed briefly inside the body through a needle catheter to irradiate the target tumor.

By delivering high-dose radiation directly into a tumor, this technique can reduce the number of treatments needed for a patient. The surrounding normal tissue is spared exposure to radiation and the side effects that it may bring.

This advanced procedure requires a sophisticated facility and equipment, along with highly specialized physicians and support. It is available at some Swedish locations.

Hemithoracic radiation is radiation delivered to one side of the chest.

Intensity-modulated radiation therapy (IMRT) and volumetric-modulated arc therapy (VMAT) are advanced types of radiation therapies. IMRT uses advanced technology to manipulate the radiation beams to conform to the shape of a tumor. VMAT is a subtype of IMRT in which the machine actively delivers radiation beams while moving in an arc around the patient.

This method of radiation delivery offers next-generation capabilities. The arc-based therapy provided via VMAT delivers high doses of radiation to more focused areas, reducing side effects and the overall treatment time for the patient. This treatment is particularly effective at treating several types of cancer while at the same time reducing toxicity and harm to vital organs.

This procedure is one of several new ways to deliver radiation therapy. It requires a sophisticated facility and equipment, along with highly specialized physicians. It is available at some Swedish locations.

Surface-guided radiation therapy (SGRT/SIGRT) is an approach to radiation targeting that offers real-time beam guidance from face and body surface-recognition systems.

This treatment is particularly effective at treating several types of cancer while at the same time reducing toxicity and harm to vital organs, thus minimizing side effects.

This advanced procedure requires a sophisticated facility and equipment, along with highly specialized physicians. It is available at some Swedish locations.

Three-dimensional conformal radiation therapy (3DCRT) is a radiation planning and treatment technique in which three-dimensional (3D) imaging enables improved targeting for radiation treatment. 3D planning with CT imaging makes radiation treatment much more conformal, or tailored to the target.