Asparagus Milanese Style Recipe, Spotlight on Asparagus, When to “Close” the Kitchen for the Night and Exercising to Avoid Alzheimer’s
A sure sign of spring is the bundles of asparagus available at farmers’ markets and the produce aisle at your grocery store. I’m sharing a delicious way to enjoy them with a luscious one-pan prep. This issue’s research news offers food for thought: first, the advantages of not eating in the hours before bed for metabolic health and second, the benefits of exercise for brain health.
Asparagus in the Milanese Style
Asparagus in the Milanese StyleAsparagus is so symbolic of spring. And while a simple dish like marinated asparagus is a great way to enjoy it, this recipe turns a side into a satisfying meal for breakfast, brunch, or even a light dinner. For a heartier meal, double the eggs. I especially love the richness of sautéing the spears in EVOO as well as some butter.
Ingredients
- 4 tablespoons extra virgin olive oil, divided use, plus more for drizzling
- 2 tablespoons unsalted butter
- 1/2 pound asparagus, trimmed (see Quick Kitchen Nugget in newsletter)
- Coarse sea salt
- Freshly ground black pepper
- 3/4 cup freshly grated Parmigiano-Reggiano cheese, plus more to garnish
- 2 large eggs
Directions
Step 1
Heat a large frying pan or skillet until hot, then add 2 tablespoons olive oil and the butter. Sauté the asparagus, rotating the spears frequently, until tender, about 5 minutes. Season liberally with salt and pepper. Cover the pan with a lid to steam them for 2 minutes more. Divide the spears between two plates and top with equal amounts of grated cheese.
Step 2
Reheat the pan to medium-high, then add the remaining 2 tablespoons olive oil. Once the oil starts to shimmer, add the eggs, one at a time, keeping them as separate as possible—you can crack them right into the pan or into a small bowl, then pour into the pan.
Step 3
Cook the eggs for 2 minutes until the whites turn opaque and develop crisp, brown edges. Use an offset spatula to center an egg over the asparagus on each plate. Spoon the olive oil from the pan over the top, drizzle with more olive oil, and sprinkle on more cheese as desired. Serve immediately.
Serves 2

Healthy Ingredient Spotlight
Choosing Asparagus
For decades, a debate has raged over what’s tastier, thin or thick asparagus. Surprisingly, according to agricultural experts at Penn State, spears that are larger than half an inch in diameter are more tender and higher in soluble fiber and vitamins than thinner spears. What’s more, marketing thin asparagus as “gourmet” stemmed from the fact that farmers wanted to sell their crops after two rather than three years to stimulate the plant to produce spears faster. At the same time, the shift prompted professional chefs to prefer the visual appeal of thinner spears. Of course, the most important factor is freshness—whichever you choose, look for tips that are tightly closed and stems that are not shriveled. Because asparagus loses moisture fast, aim to use it the day you buy it.


Quick Kitchen Nugget
Prepping Asparagus
Many recipes call for a rack to be placed in the roasting pan to elevate a leg of lamb, turkey, or rib roast, to name a few examples. This allows the oven’s heat to reach (and brown) the entire surface of the food. Clean up can be made easier by first lining the roasting pan with foil, and the rack prevents the meat from touching the foil while it cooks. Putting about an inch of water in the bottom of the pan is done to create steam, which keeps the meat moist and prevents the drippings from burning and negatively affecting the taste of the meat.

For Your Best Health
When to “Close” the Kitchen for the Night

A simple shift in your evening routine may give your heart a measurable boost. Researchers at Northwestern Medicine explored whether timing an overnight fast to match a person’s natural sleep-wake cycle could improve heart and metabolic health. The circadian rhythm plays a central role in regulating cardiovascular and metabolic function. For the study, participants did not reduce calories. The focus was entirely on adjusting when they ate.
The scientists found that middle-aged and older adults at elevated risk for cardiometabolic disease benefited from extending their overnight fasting window by roughly two hours and avoiding food and dimming their lights for three hours before going to sleep. These changes led to measurable improvements in heart and metabolic markers during sleep and throughout the following day.
“Timing our fasting window to work with the body’s natural wake-sleep rhythms can improve the coordination between the heart, metabolism, and sleep, all of which work together to protect cardiovascular health,” said first author Daniela Grimaldi, PhD, research associate professor of neurology in the division of sleep medicine at Northwestern University Feinberg School of Medicine.
“It’s not only how much and what you eat, but also when you eat relative to sleep that is important for the physiological benefits of time-restricted eating,” said corresponding author Phyllis Zee, MD, PhD, director of the Center for Circadian and Sleep Medicine and chief of sleep medicine in the department of neurology at Feinberg.
Time-restricted eating has grown in popularity because studies suggest it can improve cardiometabolic markers and sometimes match the benefits of traditional calorie-restricted diets. However, most research has concentrated on how long people fast rather than how well that fasting window aligns with sleep timing, which is crucial for metabolic regulation.
With nearly 90% adherence in this trial, the researchers believe anchoring time-restricted eating to the sleep period may be a realistic and accessible non-pharmacological approach, especially for middle-aged and older adults who face higher cardiometabolic risk. The team plans to refine this protocol and expand testing in larger multicenter trials.

Fitness Flash
Exercising to Avoid Alzheimer’s
Researchers at UC San Francisco have identified a biological process that may explain why exercise sharpens thinking and memory. The discovery points to a surprising body-to-brain pathway that could inspire new Alzheimer’s disease therapies.
As people grow older, the blood-brain barrier becomes more fragile. This tightly packed network of blood vessels normally shields the brain from harmful substances circulating in the bloodstream. Over time, however, it can become leaky, allowing damaging compounds to enter brain tissue. The result is inflammation, which is linked to cognitive decline and is commonly seen in disorders such as Alzheimer’s disease.
The researchers found that physical activity prompts the liver to release an enzyme called GPLD1. GPLD1 removes a harmful protein responsible for the blood-brain barrier becoming leaky with age, strengthening the brain’s built-in defense system, and helping protect it from age-related damage. Research using older mice showed that dialing down this protein reduced inflammation and improved memory.
This study builds on the research team’s early discovery that mice that exercised produced higher levels of GPLD1 in their livers. GPLD1 appeared to rejuvenate the brain, but there was a mystery. The enzyme itself cannot cross into the brain, leaving scientists unsure how it delivered its cognitive benefits. The new research provides an answer. It turns out that GPLD1 influences another protein known as TNAP. As mice age, TNAP builds up in the cells that form the blood-brain barrier. This buildup weakens the barrier and increases leakiness. When mice exercise and their livers release GPLD1 into the bloodstream, the enzyme travels to the blood vessels surrounding the brain and removes TNAP from the surface of those cells, helping restore the barrier’s integrity.
“This discovery shows just how relevant the body is for understanding how the brain declines with age,” said Saul Villeda, PhD, associate director of the UCSF Bakar Aging Research Institute and senior author of the paper.
The findings suggest that developing medications capable of trimming proteins such as TNAP could offer a new strategy to restore the blood-brain barrier, even after it has been weakened by aging. “We’re uncovering biology that Alzheimer’s research has largely overlooked,” Dr. Villeda said. “It may open new therapeutic possibilities beyond the traditional strategies that focus almost exclusively on the brain.”
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