Jeanne F. Loring, Ph.D., Research Professor, Scripps Research Institute The Doris A. Howell Foundation hosted a panel of Parkinson’s disease specialists who presented the advances in research and the challenges that still lie ahead in the search for a cure for this terrible disease. The panel presented and discussed topics related to the research advancements currently being conducted, the efforts of the Parkinson’s Disease Association to continue funding Parkinson’s Disease research, testimony from a Parkinson’s patient, the latest in treatment, and a caregiver’s perspective on the challenges of providing care for a Parkinson’s Disease patient. To understand the advancements made to treat patients with Parkinson’s, it is important to understand what happens in our brain that causes this degenerative disease. We all have nerve cells that release dopamine, responsible for sending signals to the part of our brain that tells our bodies how and wh...
Karen Possemato, Chief of Staff at Illumina, presenting the advancements of genomic sequencing. Imagine your family free of the possibility of illness... finally having your health in your hands and making informed decisions to treat an illness that does not appear to have a cure. Our guest speaker certainly provided hope in the realm of personalized medicine. Karen Possemato, Chief of Staff at iIlumina , presented concrete evidence on how DNA testing can help treat a specific disease; leaving no doubt on how the field of genomics is becoming more utilized and creating more impact in the way illness is treated today. Changes in technology, as in pretty much everything in our lives, are only a couple of decades old; in comparison with all the technological and scientific advancements throughout our history. To put the speed of technology and science adoption --specifically genomics-- in context, Mrs. Possemato discussed how the activation of T cells treated Pres...
The Howell Foundation will be kicking off the year with a presentation on tattoos… not the kind that stay with you for life, but the one that can definitely help in saving your life. What was once thought to be science fiction is becoming a reality, thanks to the research of Dr. Todd Coleman at UCSD. His research is making strides in marrying computer sciences with biology and neurology through the elaboration of a flexible, portable “tattoo” that picks up electric signals in the body and transmits them wirelessly to any medical electrical device through applied mathematics. This “tattoo” seems to have all the components of your cell phone: a wireless antenna that allows gathered information to be transmitted, the ability to wirelessly transfer power onto the device, Light Emitting Devices (LED) and light sensing devices to pick up information on the body’s blood oxygenation, temperature, your body’s mechanical strains and a variety of electrical signals on t...
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