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So far aim-info has created 4 blog entries.
28 04, 2026

Linking Brain Volumes to the Kidneys and Psoas Muscles

2026-04-28T18:15:44-04:00April 28th, 2026|Uncategorised|

As previously discussed in “Connecting Brain and Body Aging,” your body ages alongside you. The risk of developing various disorders—including Alzheimer’s disease—subsequently increases with age due to organ volume and brain volume decrease. What is interesting to note is that two specific conditions, renal atrophy and psoas muscle sarcopenia, can also be observed in aging ...

9 04, 2026

Connecting Brain and Body Aging

2026-04-09T13:51:09-04:00April 9th, 2026|Diffusion MRI, Dr. Attariwala, Early Cancer Detection, MRI, Whole Body MRI|

As the years pass, you may have started to notice changes in yourself, and it’s not just in your outward  appearance. You might have more health issues, go to your doctor for more testing for diseases and  conditions that wouldn’t have been a major concern in the past, and you may not feel as sharp as you  used to be when you were younger. Your organs are also aging and losing function they once had before.  Thanks to the AIM Medical Imaging patients who consented to research participation, Dr. Cyrus A. Raji  and Dr. Raj Attariwala analyzed over 7000 Whole-Body MRI scans to investigate the link between age,  body organs and the brain, and how the risk for developing certain health conditions—especially  Alzheimer’s disease—increases as you age.  What does the research say about aging and your organs?  Analyses for organ, fat and muscle segmentation were performed on 7,149 whole-body MRIs  from patients ranging from age 18 to 97, and 96 brain regions were segmented from the scans  of 134 participants using deep learning. These results were then quantified and compared.  The research found that, as age increases, the gray and white matter volumes of the brain  decreased. While cerebral ventricle volume increased, the volumes of the brain lobes and  Alzheimer’s disease risk regions—the hippocampus, posterior cingulate and precuneus—were  reduced. In addition, kidney, liver and psoas muscle volumes showed significant reductions.  Visceral fat in aging patients was found to strongly increase. Total muscle volumes showed an  overall decrease.  Are debilitating health conditions associated with age inevitable?  While the inherent risk of developing certain health conditions increases as you grow older,  stark differences in risk rate exist between individuals who make healthy lifestyle choices and  individuals who live a sedentary life. Dr. Raji’s and Dr. Attariwala’s recent research shows that,  by participating in frequent exercise-based activities, brain volumes increase. Physical activity  also reduces visceral and subcutaneous fat and improves organ health overall.  If you’re interested in taking a snapshot of your current state of health, you may be interested in  our AIM Onco-Rads WB-MRI Scan, which can screen your organs and body fat from your brain  to your ankles.  More information on the research paper can be found below:  Differential Patterns of Brain and Body Aging on MR Imaging  Published in:  Alzheimer’s & Dementia: The Journal of the Alzheimer’s Association  Article URL:  https://doi.org/10.1002/alz.093387 

1 03, 2026

The Journey of AIM Whole-Body MRI

2026-03-01T22:54:36-05:00March 1st, 2026|Uncategorised|

Your trusted imaging experts since 2009. The history is clear, and the future? Even better. We've been on this rewarding journey for 17 years and we can't wait to share the next wave of preventive imaging. Stay tuned for what's to come.            

7 02, 2026

More Exercise Leads to Better Brain Health

2026-02-11T10:18:32-05:00February 7th, 2026|Uncategorised|

Thanks to the patients of AIM Medical Imaging who’ve consented to participation in research through their Whole-Body MRI images, a research paper by Dr. Cyrus Raji and Dr. Raj Attariwala received the 2025 Mark A. Smith Alzheimer Award! This research paper investigated and linked the relationship of exercise-related physical activity to increased brain volumes in ...

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