The med-mal hit parade*

Hit Parade: The Future of the Sports Concussion Crisis

While concussions have long been linked to brain and central nervous system issues, a new study suggests that repeated hits to the head-mild or otherwise-can lead to memory loss, depression, and dementia. This postmortem brain study, conducted at the Boston University Center for the Study of Traumatic Encephalopathy, provides new and troubling evidence about chronic traumatic encephalopathy (CT...

Autoimmune encephalitis: the new hit at neurological parade.

Hit parade for adoptive cell transfer therapy: the best T cells for superior clinical responses.

Adoptive cell transfer (ACT) of T cells has great clinical potential, but the numerous variables of this therapy make choices difficult. A new study takes advantage of a novel technology for characterizing the T-cell responses of patients. If applied systematically, this approach may identify biomedical correlates of protection, thereby supporting treatment optimization.

Déjà vu in proteomics. A hit parade of repeatedly identified differentially expressed proteins.

After reading many 2-DE-based articles featuring lists of the differentially expressed proteins, one starts experiencing a disturbing déjà vu. The same proteins seem to predominate regardless of the experiment, tissue or species. To quantify the occurrence of individual differentially expressed proteins in 2-DE experiment reports, we compiled the identities of differentially expressed proteins ...

Mobile Device Percussion Parade

In this paper, we present the “Mobile Device Marching Band” (MDMB) as a new mode of musical performance with mobile computing devices. We define an MDMB to be, at its most general, any ensemble utilizing mobile computation that can travel as it performs, with the performance being independent of its location. We will discuss the affordances and limitations of mobile-based instrument design and ...