Now that my antibiotics have done their job I’m back to riding full tilt. Yesterday was my hard day. But something I read recently made we realize I was doing something wrong. I was doing long (2 hour+) rides for my hard one, with the intervals and sprints tacked on at the end after hours of brisk cruising. That meant my legs were always already tired when I started the hardest part. If instead I did the sprints and intervals on fresh legs after a short warm-up, I’d be able to push harder and get more benefits. I’ve done that for my last couple of hard rides and it feels great. Too soon to tell if it will lead to better results, but I enjoy it more. The long brisk cruising is now reserved for other days.
Metcalf Natural Gas Power Plant, About 10 miles from home, was working hard this morning. When it is cold the steam sometimes hangs out near the ground instead of rising in a plume.
Pretty Park in the neighborhood across the street from my house. Through the Lombardy Poplars is a view of Villa Miramonte, also known colloquially as “Morgan Hill House”. This historic former residence of our town’s namesake is now a nice museum.
https://ift.tt/aS2nC3F Fall in our area is not as spectacular as in other places but it’s nice that it lasts this long. Some trees have lost their leaves by now, but other species, such as maples, are peaking. Yesterday I enjoyed a long ride up into the hills West of town. I rode through Paradise valley then past Chesbro reservoir, and returned to town via Willow Springs road, enjoying the glorious sunshine. Long rides at an easy pace, like this one, feel like they are good for my leaky heart valve, or at least are relaxing. I won’t give them up unless my cardiologist convinces me too, but I’m pretty sure he’ll approve. The hill across Chesbro reservoir, with the dam on the left Looking down Willow Springs road Japanese Maple in our back yard
https://ift.tt/wxOr4u3 My last strength workout went really well, I was able to go pretty hard without pushing my heart rate excessively. But afterwards it occurred to me that monitoring heart rate might not be enough. Strength training can cause a temporary spike in blood pressure which is probably not a good idea. I figured there must be a lot of research on this, because there are a lot of older people with cardiac limitations besides mine which is relatively rare (including heart-attack survivors, angina sufferers, and those with valve regurgitation). And they are still encouraged to do strength training to prevent sarcopenia. So I asked Gemini deep research about it and it produced this fascinating report . It points out that a resistance training session, properly performed, is beneficial to the heart because while it temporarily raises blood pressure, there is “a phenomenon known as post-exercise hypotension, where blood pressure remains below pre-exercise resting levels for se...
https://ift.tt/V59Jb1v A recent article in Neuroscience News covers a Stanford study [1] on cell secretions during exercise. These were previously known about but it was not possible to isolate them from the blood for study. The Stanford group came up with a novel way to dive deeper into the blood to isolate these molecules, called exerkines. The study was on mice and had some surprising results. One was the high number of exerkines produced during exercise. “This means that the effects of physical activity are very widespread across many tissues and organ systems,” one of the co-authors of the study said. “We’re only just starting to understand that complexity.” A second surprise was some unexpected healthy changes (anti-obesity, anti-diabetic, and exercise performance-enhancing) related to liver cells. This new approach is promising and I’m interested in seeing it repeated in humans. References Wei, W, et al, “Organism-wide, cell-type-specific secretome mapping of exercise tr...
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