The Alzheimer's Association has an excellent interactive tour- "Inside the brain" - worth a look if you've not seen it. This section explains well, in simple terms, the normal brain and compares it to an Alzheimer's brain:
http://www.alz.org/alzheimers_disease_4719.asp?WT.ac=Sidebar_Brain_Tour&type=sidebar
(On a side note, the slide with "thinking wrinkles" on this tour is especially cool!)
For selfish reasons, I want to start on the said topic with my research focus- tau protein.
This protein is mainly what makes up the tangles found in the brains of patients suffering with Alzheimer's and related diseases. If you've ever looked at railroad tracks, you've seen the different nuts, bolts, & ties there are, that keep the tracks in place. Well, the function of tau protein in nerve cells is somewhat similar. Nerve cells have similar 'tracks' used to transport any number of things back 'n forth from the cell body to the nerve terminal. When tau is on these tracks, it keeps them in place for as long as they are needed. This is one difference between railroad tracks in our world and those inside our neurons - the latter has 'dynamic' tracks, in that they are constantly being built and taken apart, depending on the requirements of a neuron are. I suppose a close analogy would be the moving staircase in "Harry Potter".
In disease, tau protein is no longer available to keep the tracks stable. As a result, the tracks disintegrate and eventually, the cells die.
Hello and welcome to my space! I created this blog to talk about Alzheimer's and related diseases, my research for their treatment, and to share developments on causes as they become better understood. I welcome opinions from all those interested/affected by these disorders.
Friday, August 6, 2010
Thursday, August 5, 2010
Wednesday, August 4, 2010
Before all else, I want to express my appreciation for Mr. Joe Potocny for his blog here on "Living with Alzheimer's". Getting a glimpse into what it's like to live with this disease day in and day out is an important experience for myself as a researcher in this field.
I've always felt that a clinician who sees patients suffering with these progressively debilitating disorder, talk to family members of the patients - has this direct connection - which could very well feed into a personal drive/ambition to move the field forward- be that in improving diagnosis, understanding causes or coming up with treatment strategies. As researcher, I'm removed from that. And this blog is my way of making that connection - bolstering that personal ambition towards cure for Alzheimer's and related disorders.
I'll conclude this entry with words from a gentleman in Phoenix, who is also an Alzheimer's patient- his name escapes me at the moment. I saw him in the HBO documentary on Alzheimer's and the last scene on his segment in the documentary, he said "I just want someone to come up with the cure."
I've always felt that a clinician who sees patients suffering with these progressively debilitating disorder, talk to family members of the patients - has this direct connection - which could very well feed into a personal drive/ambition to move the field forward- be that in improving diagnosis, understanding causes or coming up with treatment strategies. As researcher, I'm removed from that. And this blog is my way of making that connection - bolstering that personal ambition towards cure for Alzheimer's and related disorders.
I'll conclude this entry with words from a gentleman in Phoenix, who is also an Alzheimer's patient- his name escapes me at the moment. I saw him in the HBO documentary on Alzheimer's and the last scene on his segment in the documentary, he said "I just want someone to come up with the cure."
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