Ask your doctor to compare your brain connectivity post-stroke to what is normal at your age and if any deficits are found propose a stroke protocol to correct them. Your doctor has no stroke protocols and has no idea what this means? Why the hell are you seeing such as worthless doctor?
But don't listen to me, as a non-medical stroke-addled person I can have no coherent thoughts on what the fucking hell is wrong with stroke rehabilitation. Does your doctor have a single coherent thought on stroke rehab? I dare you to challenge your doctor to
explain exactly how you are going to
100% recover. No excuses from your doctor.
http://journal.frontiersin.org/Journal/10.3389/fnagi.2014.00280/full?
Weifang Cao1,
Cheng Luo1*,
Bin Zhu
1,
Dan Zhang
1,
Li Dong
1,
Jinnan Gong
1,
Diankun Gong
1,
Hui He
1,
Shipeng Tu
1,
Wenjie Yin
2,
Jianfu Li
1,
Huafu Chen
1 and
Dezhong Yao1*
- 1The Key Laboratory for NeuroInformation of
Ministry of Education, University of Electronic Science and Technology
of China, Chengdu, China
- 2Radiology Department, Chengdu First People's Hospital, Chengdu, China
Growing evidence suggests that normal aging is associated with
cognitive decline and well-maintained emotional well-being.
The anterior
cingulate cortex (ACC) is an important brain region involved in
emotional and cognitive processing. We investigated resting-state
functional connectivity (FC) of two ACC subregions in 30 healthy older
adults vs. 33 healthy younger adults, by parcellating into rostral
(rACC) and dorsal (dACC) ACC based on clustering of FC profiles.
Compared with younger adults, older adults demonstrated greater
connection between rACC and anterior insula, suggesting that older
adults recruit more proximal dACC brain regions connected with insula to
maintain a salient response. Older adults also demonstrated increased
FC between rACC and superior temporal gyrus and inferior frontal gyrus,
decreased integration between rACC and default mode, and decreased
dACC-hippocampal and dACC-thalamic connectivity. These altered FCs
reflected rACC and dACC reorganization, and might be related to well
emotion regulation and cognitive decline in older adults. Our findings
provide further insight into potential functional substrates of
emotional and cognitive alterations in the aging brain.
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