Chris Kelsey

2 months ago | medium.com | Chris Kelsey

Chris Kelsey·Follow8 min read·--Create things that you thought you would never make. I spent a lot of my early life mostly as a “consumer”, where I would “consume” content and products rather than create new things. I don’t blame myself for this, as there is nothing wrong with it, but there came a point in my life where I decided I wanted to spend more time as a creator. I didn’t use those words in my mind, but by becoming an entrepreneur, I had become a “creator” without even realizing it.

2 months ago | medium.com | Chris Kelsey

Chris Kelsey·Follow4 min read·--Entrepreneurship: stepping into the driver’s seat of life. I have always been someone who loved learning new skills, but I almost always allowed the negative thoughts from “statistics” and what I heard from others become a deterrant to learning new skills. I started playing the piano when I was five years old, and I was never particularly good at it. I took lessons on and off for a year or two, and while I loved it, I felt that it was too difficult.

Oct 26, 2024 | scholarsarchive.byu.edu | Chris Kelsey |Brigham Young |Keith A. A

KeywordsHTLV-I and STLV-I lineages, leukemia, lymphoma, phylogenetic relationshipsAbstractHuman T-cell lymphotropic virus type I (HTLV-I) is a retrovirus believed to be the etiologic agent of adult T-cell leukemia/lymphoma (ATL) and HTLV-I -associated myelopathy/ tropical spastic paraparesis (HAM/TSP).

Mar 4, 2024 | redjournal.org | Junlan Lu |Ziyi WANG |Chris Kelsey |Leith J. Rankine

Radiation-induced lung injury (RILI) has been shown to alter regional ventilation and perfusion in the lung. However, changes in regional pulmonary gas exchange have not previously been measured. Ten patients receiving conventional radiation therapy (RT) for lung cancer underwent pre-RT and 3-month post-RT MRI using an established hyperpolarized-129Xe gas exchange technique to map lung function. Four patients underwent an additional 8-month post-RT MRI.

Mar 4, 2024 | redjournal.org | Leith J. Rankine |Junlan Lu |Ziyi WANG |Chris Kelsey

Abstract Radiation-induced lung injury (RILI) has been shown to alter regional ventilation and perfusion in the lung. However, changes in regional pulmonary gas exchange have not previously been measured. Ten patients receiving conventional radiation therapy (RT) for lung cancer underwent pre-RT and 3-month post-RT MRI using an established hyperpolarized-129Xe gas exchange technique to map lung function. Four patients underwent an additional 8-month post-RT MRI.