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A study led by investigators from Massachusetts General Hospital and the University of Exeter Medical School has identified 76 new gene regions associated with sleep duration.
An international research team led by investigators from Massachusetts General Hospital and the University of Exeter Medical School has identified 57 gene regions associated with symptoms of insomnia.
A large-scale genomic analysis by researchers from the University of Exeter and Massachusetts General Hospital has revealed some of the inner workings of the body clock, shedding new light on how it links to mental health and disease.
A study by Massachusetts General Hospital investigators has found, for the first time in humans, that patients with chronic sciatica – back pain that shoots down the leg – have evidence of inflammation in key areas of the nervous system.
A team of specialists in anesthesiology, ophthalmology and patient safety convened in response to a series of injuries to patients receiving cataract surgery has reported its findings regarding factors contributing to those and other adverse events and strategies for preventing patient harm in such procedures.
When a pair of conjoined twins was brought to MassGeneral Hospital for Children for evaluation, the staff was presented with both the technical challenges inherent in what would be a complicated separation procedure and the ethical dilemma of choosing between options that would probably result in the death of either one or both children.
Massachusetts General Hospital investigators have developed a novel approach to analyze brainwaves during sleep, which promises to give a more detailed and accurate depiction of neurophysiological changes than provided by a traditional sleep study.
Surgical patients with a history of migraines have a greater risk of stroke and readmission to hospital.
A team of American and British scientists have for the first time discovered genetic connections between sleep disturbance and a range of medical disorders including obesity.
The latest study from a Massachusetts General Hospital/Massachusetts Institute of Technology team investigating the mechanisms underlying general anesthesia finds that stimulating a specific group of neurons in mice produces signs of arousal even as the animals continue to receive the anesthetic drug isoflurane.
A program encouraging early mobilization of patients in surgical intensive care units was able to reduce the time patients spent in the ICU and their overall time in the hospital and also increased patients’ functional independence upon hospital discharge, allowing more of them to be discharged home.
A team of researchers from Massachusetts General Hospital and the Rowland Institute at Harvard University have used a specialized nanoprobe developed by the Harvard/Rowland investigators to directly measure levels of key proteins within living, cultured cells.
Amputation completed in extreme environment posed hazards – some then unknown – to both patient and surgical team.
A team led by MGH investigators has found that the controlled induction of the hypoxia response, the body’s reaction to a reduced level of oxygen in the bloodstream, may relieve the symptoms of one of the most challenging groups of genetic disorders – mitochondrial diseases.
The first study to measure the incidence of medication errors and adverse drug events during the perioperative period – immediately before, during and right after a surgical procedure – has found that some sort of mistake or adverse event occurred in every second operation and in 5 percent of observed drug administrations.
A series of papers from MGH researchers is detailing the differences in the way common anesthetics affect the brains of older patients and children, findings that could lead to ways of improving monitoring technology and the safety of general anesthesia for such patients.
A report from MGH investigators finds that EEG patterns of patients receiving high doses of nitrous oxide differ significantly from those of the same patients under ether-based inhaled anesthetics, findings that suggest how nitrous oxide produces its effects and may help explain the failure of the first attempt to demonstrate anesthesia at MGH.
A lightweight, portable system developed by an MGH research team can produce the potentially life-saving gas nitric oxide from the air by means of an electrical spark.
An MGH/MIT team has found that that activation of cholinergic neurons – those that release the neurotransmitter acetylcholine – in two brain stem structures can induce REM sleep in an animal model. Better understanding of mechanisms that control different sleep states is essential to improved treatment of sleep disorders.
MGH investigators have developed a system to accurately track the dynamic process of falling asleep, something has not been possible with existing techniques.
A study led by MGH investigators has identified what appears to be a molecular switch controlling inflammatory processes involved in conditions ranging from muscle atrophy to Alzheimer’s disease.
Stimulating one of two dopamine-producing regions in the brain was able to arouse animals receiving general anesthesia with either isoflurane or propofol.
The pain caused by a surgical incision may contribute to the risk of postoperative cognitive dysfunction, a sometimes transient impairment in learning and memory that affects a small but significant number of patients in the days following a surgical procedure.
Putting patients with severe head injuries in induced comas requires constant monitoring of brain activity and manual adjustment of drug dosage. Now a computer-controlled system promises to automate the process, making it more precise and efficient and opening the door to more advanced control of anesthesia.
MGH investigators have identified specific EEG signatures that indicate when patients lose and regain consciousness under the general anesthetic drug propofol. The findings should lead to better ways of monitoring awareness and tracking other aspects of the brain states of patients under anesthesia.
Two studies in mice suggest that several factors may combine to induce impairments in learning and memory, accompanied by the inflammation of brain tissue, in young mammals receiving general anesthesia and that the offspring of animals that received general anesthesia during pregnancy may show the same effects.
Investigators at Massachusetts General Hospital and Massachusetts Institute of Technology have identified for the first time a pattern of brain activity that appears to signal exactly when patients lose consciousness under general anesthesia.
MGH researchers have found that medications currently used to immobilize patients during surgery can increase the risk of postoperative respiratory complications.
Nearly 5 percent of pregnant women are prescribed drugs to treat high blood pressure, including some drugs that aren’t considered safe for mothers or their babies.
Massachusetts General Hospital has moved into the number one spot on the 2012-13 U.S. News & World Report’s “America’s Best Hospitals” list.
The ability of the commonly used stimulant methylphenidate (Ritalin) to speed recovery from general anesthesia appears to apply both to the inhaled gas isoflurane, as previously reported, and to the intravenous drug propofol.
The association of the inhaled anesthetic isoflurane with Alzheimer's-disease-like changes in mammalian brains may by caused by the drug's effects on mitochondria, the structures in which most cellular energy is produced.
A distinctive pattern of brain activity associated with conditions including deep anesthesia, coma and congenital brain disorders appears to represent the brain's shift into a protective, low-activity state in response to reduced metabolic energy.
Administration of the commonly used stimulant drug methylphenidate was able to speed recovery from general anesthesia in an animal study conducted at MGH. The report is the first demonstration in mammals of what could be a safe and effective way to induce arousal from general anesthesia.
Emery Brown, MD, PhD, author of a New England Journal of Medicine review article, lays out a conceptual framework for understanding general anesthesia by discussing its relation to sleep and coma.
A study published in the March 2010 issue of the journal Anesthesiology gives researchers new insights in how to better understand and control a severe side effect of hemoglobin-based oxygen carriers, often referred to as "artificial blood."
A simple and inexpensive method of assessing pain, developed by Massachusetts General Hospital researchers, is better than currently used techniques for distinguishing neuropathic pain – pain caused by damage to the nervous system – from other types of chronic back pain.
Mass. General researchers and the colleagues add to understanding of the role of the protein COX2 in pain associated with inflammation.
In the first detailed analysis of deaths during expeditions to the summit of Mt. Everest, a research team led by MGH investigators has conducted found that most deaths occur during descents from the summit in the so-called “death zone” above 8,000 meters and identified factors associated with a greater risk of death.
Monday, August 12, 2019
Wednesday, January 23, 2019
Saturday, May 5, 2018
Friday, April 27, 2018
Monday, May 9, 2016
Dr. Paul Firth, a physician in the Department of Anesthesia, Critical Care and Pain Medicine, participated in the Haiti relief effort on the hospital ship USNS Comfort as part of Project HOPE.
Join Jeanine Wiener-Kronish, MD, Anesthetist-in-Chief, for a peek at how the Department of Anesthesia, Critical Care and Pain Medicine celebrates its history, its people and embraces the four-part mission of Massachusetts General Hospital – patient care, education, research and community outreach.
Learn more about research in the Department of Anesthesia, Critical Care and Pain Medicine at Massachusetts General Hospital.
Learn more about general anesthesia in this educational video.
Surgical anesthesia revolutionized health care when it was first introduced at Massachusetts General Hospital in 1846. In this video Q&A with Dr. Emery Brown and Patrick Purdon, PhD, discover what happens in the brain in the space between consciousness and anesthesia, and how new anesthesiology research is changing our understanding of brain science.
Friday, September 30, 2011
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