Index by author
Castro, Mario
Bronchial thermoplasty: A new treatment for severe refractory asthmaAsthma has a new treatment, but it isn’t for everybody. Here, we review its indications, evidence of efficacy, and protocols.
Gildea, Thomas R.
- Bronchial thermoplasty: A new treatment for severe refractory asthma
Asthma has a new treatment, but it isn’t for everybody. Here, we review its indications, evidence of efficacy, and protocols.
Hogarth, D. Kyle
- Bronchial thermoplasty: A promising therapy, still in its infancy
Inflammation is not the only pathophysiologic process underlying asthma. Bronchial thermoplasty takes a novel approach and offers reason for optimism.
Induru, Raghava R.
- Managing cancer pain: Frequently asked questions
Cancer pain: its pathogenesis, how to assess it, and how to treat it—in particular, how to use opioids optimally.
Jaffer, Amir K.
- Update in hospital medicine: Studies likely to affect inpatient practice in 2011
A hypothetical case scenario helps focus on anticoagulants, patient safety, quality improvement, critical care, transitions of care, and perioperative medicine.
Khatri, Sumita B.
- Bronchial thermoplasty: A new treatment for severe refractory asthma
Asthma has a new treatment, but it isn’t for everybody. Here, we review its indications, evidence of efficacy, and protocols.
Lagman, Ruth L.
- Managing cancer pain: Frequently asked questions
Cancer pain: its pathogenesis, how to assess it, and how to treat it—in particular, how to use opioids optimally.
Mahajan, Amit K.
- Bronchial thermoplasty: A promising therapy, still in its infancy
Inflammation is not the only pathophysiologic process underlying asthma. Bronchial thermoplasty takes a novel approach and offers reason for optimism.
Mandell, Brian F.
- When good drugs turn weirdly bad
Even the most specific of drugs, such as interferon, can have untoward biologic effects.
Menon, Venu
- Hypothermia after cardiac arrest: Beneficial, but slow to be adopted
Survivors of cardiac arrest due to ventricular tachycardia or ventricular fi brillation have better neurologic outcomes if they are cooled to a core body temperature of 32°C to 34°C for 24 hours as soon as possible after reaching the hospital.
