Roasted Leg of Lamb Recipe, Spotlight on Dijon Mustard, The Role of the Roasting Pan Rack, A New Opinion on Intermittent Fasting and Understanding Nearsightedness Causes
Holidays are a great occasion for families to get together, and a roasted leg of lamb makes a spectacular—and tasty—centerpiece. Here’s everything you need to know. You’ll also find interesting research showing that intermittent fasting, a popular diet trend, might not be as effective as early studies indicated. Finally, scientists suggest that some habits within our control may be responsible for skyrocketing cases of nearsightedness.
Roasted Leg of Lamb
Roasted Leg of LambIf you have a butcher where you shop, ask them to prep the leg for you by removing the fell to skip this step. If not, follow the directions below. Overnight marination deepens the flavor of this traditional holiday meal. Serve with fresh spring vegetables and new potatoes.
Ingredients
- 1 bone-in leg of lamb, between 7 and 8 pounds
For the marinade:
- 6 garlic cloves
- 2 teaspoons coarse sea salt
- 1 teaspoon freshly ground black pepper
- 2 tablespoons whole grain Dijon mustard
- 6 tablespoons extra virgin olive oil, plus more for the cooking rack
- Juice of 1 lemon
- 1 tablespoon fresh rosemary or 1 teaspoon dried rosemary needles
Directions
Step 1
Prep the lamb by removing the fell, the thin membrane overlaying the meat: Place the tip of a sharp thin knife under it at one end to lift it, then tug to pull it away. Trim most of the visible fat but leave a very thin layer in place—this adds to the flavor of the cooked meat. Next, use a paring knife to make uniform 1/2” slits in the meaty parts of the leg. Transfer to a platter.
Step 2
Mince the garlic cloves in a mini chopper, then add the rest of the ingredients and process until smooth. Slather the mixture on the lamb, working it into the slits. Tightly cover the leg with parchment paper, place in a plastic bag, and refrigerate overnight.
Step 3
Set your oven to 400°F. For easy cleanup, line your roasting pan with foil. Place a V-shaped rack in the pan and brush it lightly with olive oil. Place the lamb on the rack, then fill the bottom of the pan with 1/4” water. Place in the oven and roast for 15 minutes. Without opening the oven door, reduce the temperature to 350°F. Continue roasting until an instant-read thermometer inserted in the meatiest part of the leg reaches between 130°F and 135°F, about 20 minutes per pound of lamb.
Step 4
Out of the oven, let the lamb rest for 15 minutes before slicing.
Yields 8 servings
Healthy Ingredient Spotlight
Dijon Mustard
Named for the French city in Burgundy where it was created, Dijon mustard is not only a staple of French cooking but also of cuisines around the world. Dijon mustard is a delicious blend of brown or black mustard seeds, white wine and/or white wine vinegar, salt and spices, with variations from brand to brand, notably Maille and Grey Poupon. Classic Dijon is a pale yellow-brown and completely smooth and creamy. (Those with visible seeds and a coarse texture are often milder.) An essential in vinaigrettes and as a sandwich spread, Dijon makes a great addition to marinades and sauces.
Quick Kitchen Nugget
The Role of the Roasting Pan Rack
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
A New Opinion on Intermittent Fasting
Over the past decade, numerous studies on intermittent fasting sparked new hope for people whose other weight-loss efforts weren’t as successful as desired. But a new major research review suggests the reality may not live up to the hype and that intermittent fasting does not produce significantly more weight loss than standard diet advice or even no structured plan at all. The findings challenge the widespread belief that changing when you eat leads to better weight-loss results than other approaches.
The researchers examined data from 22 randomized clinical trials involving 1,995 adults in North America, Europe, China, Australia, and South America. The trials tested different fasting methods, including alternate-day fasting, periodic fasting, and time-restricted feeding. Most followed participants for up to one year.
When compared with conventional diet advice or no intervention, intermittent fasting did not produce a clinically meaningful difference in weight loss. In practical terms, fasting schedules did not outperform more traditional guidance or doing nothing specific.
Researchers also noted that side effects were not consistently reported across studies, making it difficult to fully assess potential risks. Since many of the trials examined were small and uneven in their reporting, the overall evidence base remains limited.
“Intermittent fasting just doesn’t seem to work for overweight or obese adults trying to lose weight,” said Luis Garegnani, PhD, lead author of the review from the Universidad Hospital Italiano de Buenos Aires Cochrane Associate Centre. “Intermittent fasting may be a reasonable option for some people, but the current evidence doesn’t justify the enthusiasm we see on social media.”
Another concern is the lack of long-term research. Few studies have examined how well intermittent fasting works over extended periods. “Obesity is a chronic condition. Short-term trials make it difficult to guide long-term decision-making for patients and clinicians,” Dr. Garegnani added.
“With the current evidence available, it’s hard to make a general recommendation,” said Eva Madrid, the study’s senior author. “Doctors will need to take a case-by-case approach when advising an overweight adult on losing weight.”
Fitness Flash
Understanding Nearsightedness Causes
For years, the sharp rise in myopia, or nearsightedness, has largely been blamed on growing screen use, particularly among children and young adults. However, new research from scientists at the SUNY College of Optometry suggests the explanation may be more nuanced. Their study proposes that myopia may be influenced less by screens themselves and more by a common indoor behavior: extended close-up focusing in dim lighting, which reduces the amount of light reaching the retina.
“Myopia has reached near-epidemic levels worldwide, yet we still don’t fully understand why,” said Jose-Manuel Alonso, MD, PhD, SUNY Distinguished Professor and senior author of the study. “Our findings suggest that a common underlying factor may be how much light reaches the retina during sustained near work, particularly indoors.”
Myopia causes distant objects to appear blurry and has become increasingly common around the globe. It now affects nearly 50% of young adults in the United States and Europe and close to 90% in parts of East Asia. Although genetics contribute to risk, the rapid rise over just a few generations points strongly to environmental influences.
In laboratory research, myopia can be triggered in animal models through visual deprivation or the use of negative lenses, and these two methods are believed to involve different neuronal pathways. Doctors also slow myopia progression using multiple strategies that likely act through separate biological mechanisms such as multifocal lenses, ophthalmic atropine, contrast reduction, and promoting time outdoors. The researchers now suggest there may be a single neuronal explanation that connects these different methods of both inducing and controlling myopia.
This new hypothesis attempts to solve a long-standing question in vision science: Why do such varied factors, from close-up work and dim indoor lighting to treatments like atropine drops, multifocal lenses, and increased time outdoors, all seem to affect how myopia progresses?
“In bright outdoor light, the pupil constricts to protect the eye while still allowing ample light to reach the retina,” explained Urusha Maharjan, a SUNY Optometry doctoral student who conducted the study. “When people focus on close objects indoors, such as phones, tablets, or books, the pupil can also constrict, not because of brightness, but to sharpen the image. In dim lighting, this combination may significantly reduce retinal illumination.”
Under this proposed mechanism, myopia may develop when insufficient light reaches the retina during sustained close-up work in low-light settings. If lighting is too dim and the pupil narrows excessively at short viewing distances, retinal activity may not be strong enough to support normal visual development. In contrast, exposure to bright light allows the pupil to constrict in response to brightness rather than focusing distance, helping maintain healthier retinal stimulation.
The study also found that negative lenses decrease retinal illumination by causing the pupil to narrow through accommodation. This narrowing intensifies when viewing distance is shortened or when overly strong negative lenses are worn. It becomes even more pronounced when accommodation is sustained for prolonged periods of time and increases further once the eye has already become myopic. The researchers also observed additional disruptions in eye turning during accommodation and reduced effectiveness of eye blinks in triggering pupil constriction in myopic eyes. If validated, this proposed mechanism could significantly change how scientists and clinicians think about myopia progression.
“This is not a final answer,” Dr. Alonso emphasized. “But the study offers a testable hypothesis that reframes how visual habits, lighting, and eye focusing interact. It’s a hypothesis grounded in measurable physiology that brings together many pieces of existing evidence. More research is needed, but it gives us a new way to think about prevention and treatment.”
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