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This paper summarizes the discussions held during the First IEEE Life Sciences Grand Challenges Conference, held on October 4–5, 2012, at the National Academy of Sciences, Washington, DC, and the grand challenges identified by the conference participants. Despite tremendous efforts to develop the knowledge and ability that are essential in addressing biomedical and health problems using engineering methodologies, the optimization of this approach toward engineering the life sciences and healthcare remains a grand challenge. The conference was aimed at high-level discussions by participants representing various sectors, including academia, government, and industry. Grand challenges were identified by the conference participants in five areas including engineering the brain and nervous system; engineering the cardiovascular system; engineering of cancer diagnostics, therapeutics, and prevention; translation of discoveries to clinical applications; and education and training. A number of these challenges are identified and summarized in this paper. [ABSTRACT FROM PUBLISHER]

The article presents information about abstracts of various papers that will be discussed at the Platform Session of the 6th European Congress on Epileptology that will be held on June 2, 2004. One of the papers that will be discussed is "Pathophysiology of Cortical Negative Myoclonus: An Intracerebral Electrical Stimulation Study," by G. Rubboli. The central nervous system produces chemicals that exhibit powerful controlling effects on the body; these substances are known as endogenous molecules. Other papers that will be discussed are "Assessment of Two Multivariate Seizure Prediction Methods," by M. Winterhalder and "EEG Dipole Source Localisation of Interictal Spikes Acquired During Routine Clinical Video-EEG Monitoring," by S. Meckes-Ferber.

This article presents information on the papers presented during the Cotransmission in the Autonomic Nervous System which was held during the main meeting of the Physiological Society at the University of Cambridge on July 16, 2008. One study by Keith Brain, Gil Wier, Benedito Machado and co-workers focuses on aspects of purigenic cotransmission. The study by Neil Herring and David Paterson deals with the end of the spectrum of possibilities, that is peptidergic and reactive oxygen species cotransmission relevant to cardiac autonomic control.

The article discusses the research in clinical science by Axel Key, a pioneer in medicine. Key's research covered a wide field from basic to clinical science. Among his many contributions are two seminal publications. One basic paper "Studies on the anatomy of the nervous system and the connective tissue. A foundation was established to support the Journal, and to facilitate the dissemination of research results and the interaction between researchers in the field of medicine. The board of the foundation and the editorial board of the journal have decided to honor Key by establishing a symposium series entitled Key Symposia.