lanternburning
New member
27 Male - Until middle of last month I had been extremely sedentary for 2 years and then its been like 13 years before I'd even gone on a walk, extremely non athletic .
Both of these were done at an actual pulmonary facility with the face mask and ekg .So 4 months ago I was 81kg , my vo2 was still low at 71% of expected. They didnt give me the number of ml/kg/min that time. I gained a lot of weight . I went from 81kg (178.5 pounds) to 214 pounds on February 15th . I started a new diet and upped my exercise, nothing strenuous on the exercise just about 40 minutes @ 3mph. As of this morning I'm at 199.7 pounds.
On the 27th of Feb I had another pulmonary cardio stress test. I was 205 pounds then. My vo2 was extremely low. - 21.8ml/kg/min and 61% of expected. So I've gone even lower despite working out more.
I was wanting to know if theres any advice to increase my Vo2 so I don't die at 35 because thats REALLY bad. Here are the notes of the test .
THIS DOES NOT CONTAIN ANY PERSONAL INFORMATION - It is just the results of my stress test to be used to help me devise a workout.
Baseline Spirometry:
FEV1 4.44 (97% predicted)
FVC 5.57 (101% predicted)
FEV1/FVC ratio 0.80 (95% predicted)
Cardiac Response:
The patient exercised for a total of 11:13 minutes attaining a maximal
workload of 168 Watts, equating to 6.9 METS. Resting heart rate was 93
bpm and rose to 176 bpm at maximal effort which reflects 91% of maximal,
age-predicted heart rate response. The resting BP was 115/86 mm Hg and
increased to 163/115 at maximal exercise effort.
Exercise test was stopped due to dyspnea.
Resting ECG showed normal sinus rhythm. There were no arrhythmias or
ischemic changes at maximum exercise.
VO2 at rest was 6.1 ml/kg/min and rose to a peak VO2 of 21.8 at peak
exercise, representing 61% of predicted maximal exercise effort. RER was
1.1 indicating that patient reached anaerobic threshold at peak exercise.
The patient's ventilatory equivalent for carbon dioxide (VE/VCO2) was
22.662 at AT which is normal (should be 30%.)
Spirometry post exercise did not show any evidence of exercise induced
airflow limitation.
INTERPRETATION:
Patient reached anaerobic threshold with a peak VO2 of 21.8 ml/kg/min
which is 61% of predicted.
Both of these were done at an actual pulmonary facility with the face mask and ekg .So 4 months ago I was 81kg , my vo2 was still low at 71% of expected. They didnt give me the number of ml/kg/min that time. I gained a lot of weight . I went from 81kg (178.5 pounds) to 214 pounds on February 15th . I started a new diet and upped my exercise, nothing strenuous on the exercise just about 40 minutes @ 3mph. As of this morning I'm at 199.7 pounds.
On the 27th of Feb I had another pulmonary cardio stress test. I was 205 pounds then. My vo2 was extremely low. - 21.8ml/kg/min and 61% of expected. So I've gone even lower despite working out more.
I was wanting to know if theres any advice to increase my Vo2 so I don't die at 35 because thats REALLY bad. Here are the notes of the test .
THIS DOES NOT CONTAIN ANY PERSONAL INFORMATION - It is just the results of my stress test to be used to help me devise a workout.
Baseline Spirometry:
FEV1 4.44 (97% predicted)
FVC 5.57 (101% predicted)
FEV1/FVC ratio 0.80 (95% predicted)
Cardiac Response:
The patient exercised for a total of 11:13 minutes attaining a maximal
workload of 168 Watts, equating to 6.9 METS. Resting heart rate was 93
bpm and rose to 176 bpm at maximal effort which reflects 91% of maximal,
age-predicted heart rate response. The resting BP was 115/86 mm Hg and
increased to 163/115 at maximal exercise effort.
Exercise test was stopped due to dyspnea.
Resting ECG showed normal sinus rhythm. There were no arrhythmias or
ischemic changes at maximum exercise.
VO2 at rest was 6.1 ml/kg/min and rose to a peak VO2 of 21.8 at peak
exercise, representing 61% of predicted maximal exercise effort. RER was
1.1 indicating that patient reached anaerobic threshold at peak exercise.
The patient's ventilatory equivalent for carbon dioxide (VE/VCO2) was
22.662 at AT which is normal (should be 30%.)
Spirometry post exercise did not show any evidence of exercise induced
airflow limitation.
INTERPRETATION:
Patient reached anaerobic threshold with a peak VO2 of 21.8 ml/kg/min
which is 61% of predicted.