Showing 4184 results for "als"

Otsuka, Eikonizo Collaborating on ALS, Rare Disease Therapies

The McQuade Center for Strategic Research and Development (MSRD) and Eikonizo Therapeutics have entered a collaboration to advance potential therapies for rare diseases, including amyotrophic lateral sclerosis (ALS). “We are dedicated to seeking out and supporting novel treatments for complex and rare diseases,” Robert McQuade, PhD, president of MSRD…

ALS Association Emphasizes Importance of Feeding Tubes

To commemorate Feeding Tube Awareness Week, the ALS Association recently highlighted the benefits of feeding tubes in the lives of people with amyotrophic lateral sclerosis (ALS). The association recalled a previous interview with two feeding tube experts at the ALS Center of Excellence at Hennepin Healthcare, in Minneapolis, Minnesota,…

An ALS Diagnosis Changes Our Perception of Life

Some people take a long time to get an ALS diagnosis, which is a drawn-out, stressful journey. Our story was stressful in a different way, in that my husband’s diagnosis came almost too quickly. In the fall of 2009, Todd first noticed that his left arm was becoming weak.

ALS Groups Given $20K Grants by Cytokinetics to Support Outreach Work

Cytokinetics awarded two amyotrophic lateral sclerosis (ALS) patient advocacy organizations grants worth $20,000, in recognition of their efforts to support their disease communities through communications, awareness, and outreach. The grants, part of the Cytokinetics’ annual Communications Fellowship Grant program, aid projects that reach underserved populations, provide assistive…

ALS Ain’t Elvis, but It Sure Can Seem Like It Is

The 1987 song “Elvis Is Everywhere” by Mojo Nixon and Skid Roper asserts the omnipresence of Elvis Presley. Despite the first-glance outlandishness of the song’s premise — fittingly, the single is found on the album titled “Bo-Day-Shus!!!” — I am…

Stretchable Electronics May Allow Wearable Sensors to Diagnose ALS

Stretchable electronics that are “intrinsically” stretchable — meaning they have tissue-like mechanical properties that integrate sensory devices with human skin — can better detect signals from a patient’s body than current, more rigid sensors, a study suggests. For now, its researchers are looking into a design for these electronics as a…