Linda Pescatello

Linda Pescatello

Oct 19, 2016

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Results!

We've published our results and you can see the full paper from this link: http://physreports.physiology.org/content/4/19/e12992#T1 The PDF is also attached to this lab note below. We thank you for your support of our work. 

Included below is condensed version of the Summary, Analysis, and Future Directions.

Regards,

Linda Summary

Deep-Targeted Exon Sequencing Reveals Renal Polymorphisms Associate with Postexercise Hypotension among African Americans

In a validation cohort, we sequenced exons from a prioritized panel of 40 genes for their associations with postexercise hypotension among obese African American and Caucasian adults with hypertension.  We found that renal variants exhibited associations with postexercise hypotension after vigorous intensity, aerobic exercise but not moderate intensity, aerobic exercise among African Americans only.  Renal variants should be explored further with a multi-level "omics" approach for associations with postexercise hypotension among a large, ethnically diverse sample of adults with hypertension. 

Analysis

In a replication cohort using high-throughput exon sequencing, we found that renal genes from our prior work once again exhibited exercise intensity dependent associations with the ambulatory BP response to acute bouts of aerobic exercise.  Our findings are preliminary and are limited by a small sample size, therefore, they should be interpreted with caution.  Nonetheless they are exciting because they add new and novel information to the exercise genomic literature regarding the immediate antihypertensive effects of exercise.  

Future Directions

Future work should utilize a multi-level "omics" approach involving a focused inquiry of genes related to renal function and other BP  regulatory functions and their transcript and proteomic targets among a  large, ethnically diverse sample of adults with hypertension to better  inform clinical decision making regarding the nuances of the  prescription of exercise as antihypertensive lifestyle therapy. 

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About This Project

Exercise has many health benefits. Yet, most people stop their exercise programs after they start them. What if your genes were holding you back? We are exploring ways to match the right forms of exercise to our body’s genetic makeup to keep more people exercising regularly. Thanks to your contributions we have raised $6,000. WOW!!! Due to our success, we are increasing our goal to $7,000 and extending our campaign once again !!!! Thank you!
Blast off!

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