Brutkey

Study Series Shows a ‘Profound, Disrupted Response to Exercise’ This paper is the latest in a series of studies from the Cornell research team of the same participant group. One published in 2023 showed delayed recovery from exercise, while another in 2024 showed impaired cardiopulmonary and metabolic responses in 2-day CPET testing. “The whole body of work on this very well-characterized cohort is showing that there is this very profound, disrupted response to exercise. And again and again, we find the largest changes are from immediately post-exercise to 24 hours later, which we call the ‘recovery period’ from exercise because the healthy controls have recovered, but patients have not. And it does correlate with the symptom severity data, where patients are reporting that they have increases in post-exertional malaise,” Glass said.
🏷🏷️ ID
ahrm6bkerwm501af
📛📛 Name
bd04495d05df2cac.png
📆📆 Created At
2026-01-21T13:19:33.902Z
🐱🐱 Uploaded By
ab3qph91bnn210wa
💱💱 Type
image/png
🌡🌡️ Size
0
⛓⛓️ MD5
f3a2ca73fd90229ada25c392c55be830
📜📜 Alt Text / Comment
Study Series Shows a ‘Profound, Disrupted Response to Exercise’ This paper is the latest in a series of studies from the Cornell research team of the same participant group. One published in 2023 showed delayed recovery from exercise, while another in 2024 showed impaired cardiopulmonary and metabolic responses in 2-day CPET testing. “The whole body of work on this very well-characterized cohort is showing that there is this very profound, disrupted response to exercise. And again and again, we find the largest changes are from immediately post-exercise to 24 hours later, which we call the ‘recovery period’ from exercise because the healthy controls have recovered, but patients have not. And it does correlate with the symptom severity data, where patients are reporting that they have increases in post-exertional malaise,” Glass said.
🗒🗒️ Attached To
/notes/ahaq1x3krwm501ag