Patients with aggressive brain tumours could benefit from improved surgery outcomes by drinking a substance that makes their cancer glow pink, a trial suggests. For the trial, scientists gave patients with suspected glioma (a type of tumor that occurs in the brain and spinal cord) a drink containing 5-ALA, a substance that accumulates in fast-growing cancer cells and makes them glow pink. The hope is that the glowing tumours will be easier for surgeons to safely remove, as they can be more easily distinguished from healthy brain tissue. Glioma is the most common type of brain cancer and treatment usually involves removing as much of the tumour as possible. The prognosis for patients, however, is usually poor. Speaking about the trial, Dr Kathreena Kurian, study author and associate professor in brain tumour research at the University of Bristol, said: “There's an urgent need to have something while the patient is on the table, while the neurosurgeon is operating, which will guide them to find the worst bits. “The beauty of 5-ALA is that they can see where high-grade glioma is, while they're operating.” The results of the trial have not yet been published, but were presented at the 2018 NCRI Cancer Conference in Glasgow over the weekend. The next step, the researchers say, is to test 5-ALA in children with brain tumours.
A pilot scheme in the UK has shown that speeding up access to surgery for pancreatic cancer patients diagnosed early enough boosted success rates by a third. The team from the University Hospitals Birmingham NHS Foundation Trust that conducted the trial reduced the time to surgery for 32 patients from two months to just over two weeks. All but one had their tumours successfully removed. However, it will be two years before anyone knows if operating sooner extends lives. Nevertheless, the team said it had saved the NHS £3,200 per patient and could help hundreds of patients all over the UK. Very little progress has been made in treating pancreatic cancer since the early 1970s. Around 9,600 people in the UK are diagnosed with it each year, of which just 7% will live beyond five years. At present, only 8% of pancreatic cancer patients in the UK undergo surgery to remove their tumours. That’s because the majority are diagnosed too late and surgery is no longer an option. Keith Roberts, who led the team from Birmingham, said: “We have shown that it is possible to create a much faster path to surgery for pancreatic cancer patients within the NHS, which could have a significant impact on survival. “We carried out surgery earlier, avoided unpleasant and costly pre-surgery treatment, and yet there was no significant increase in complications post-surgery.”
Clinique des Cèdres, Toulouse Clinique des Cèdres was created in 1966 thanks to Dr Anduze-Acher. Since then it became the biggest private hospital in France with 603 beds and places. In 2003, its acquisition by Capio group – already settled in Toulouse with Polyclinique du Parc, Clinique St Jean du Languedoc, Clinique de Beaupuy – helped its development. Clinique des Cèdres provides state-of-the Art equipment to its medical teams. Amongst the mini invasive surgical techniques: Robotic: In urology for the prostate cancer treatment, the kidney and bladder surgery In gynaecology for the uterus cancer surgery and the pelvic node dissection In ENT for the oral cavity, pharynx surgery, for the cellulo-node, nasopharyngeal surgery (cavum) Coelio-surgery for bariatric surgery Computer-aided surgery and strereotactic for the treatment of brain tumors Mini-invasive surgery for spine surgery (disc prothesis), orthopaedic surgery (perecutaneous foot surgery & trauma surgery) and rectal surgery (haemorrhoidal Doppler-assisted dearterization) 2. Advanced diagnosis techniques: Fluorescence technique in endoscopy for the early detection of lung cancers and bladder tumors 3D plan sensor in cardiology for the diagnosis and treatment of heart attacks and thoracic pains and in neuro radiology for the brain exploration and the therapeutic treatment of some brain vascular anomalies Non invasive Diagnosis-Imaging system: 64 strips scan Computerised diagnosis, evaluation, and follow-up care for knee cruciate ligament UNITS: 1. SURGICAL UNITS: more than 20 theatres covering a extremely wide variety of surgeries: Digestive surgery: ceolioscopy - endoscopy Orthopaedic surgery: arthroscopy Neurosurgery: neuronavigation device (O-arm concept) Ophthalmology ENT Outstanding surgical equipments include a stereotactic frame, a laminar flow, a laser, electronic microscopes and a DaVinci robot. 2. RECOVERY UNITS: the rooms are equipped with modern monitoring equipments and are under permanent anaesthetis supervision. Specialized nurses have the responsability of the post-operation personal follow-up care of the patient. 3. DIAGNOSIS AND MEDICAL IMAGING DEPARTMENT Angiography - Coronarography - Echigraphy - MRI - Mammography - Conventional and interventional radiology - Scan 4. NUCLEAR MEDICINE Functional and metabolic medical imagining, not accessible with conventional imaging equipment is performed in this department. 5. MEDICINE 6. INTENSIVE-CARE AND CONTINUOUS MONITORING UNIT 7. EMERGENCIES 8. HELIPAD 9. FUNCTIONAL PHYSIOTHERAPY 10. PSYCHIATRY 11. ONE-DAY HOSPITALISATION