The Best Time to Eat Dinner for Better Blood Sugar

From verywellhealth.com

Key Takeaways

• Eating dinner within two hours of bedtime can impair your body’s ability to regulate blood sugar after a meal.
• Eating an early dinner, such as at 6:00 pm, may improve 24-hour blood sugar control and lipid metabolism compared to eating the same meal later in the evening.
• Your body’s ability to respond to insulin and clear glucose declines throughout the day, so eating earlier aligns better with your body’s natural rhythms.

Research indicates that the timing of dinner can affect blood sugar levels independent of the food consumed. For blood sugar management, timing your dinner may be more important than what you eat because insulin sensitivity changes throughout the day to align with your body’s circadian rhythm, or internal clock. Eating counter to these biological rhythms may lead to impaired glucose control over time.

Eating Dinner More Than Two Hours Before Bed May Improve Blood Sugar Control

• While there is no single perfect dinnertime for everyone, a randomized controlled study found that having dinner within 2 hours of bedtime impairs the body’s ability to regulate blood sugar after a meal. The results suggest that avoiding dinner near bedtime may help support healthier glucose regulation by synchronizing food intake with your body’s natural circadian rhythms.
• Additional research suggests that eating dinner earlier in the evening may help promote healthier blood sugar control:
  • A randomized crossover trial involving healthy adults using continuous glucose monitoring found that eating an early dinner at 6:00 p.m. improved both 24-hour blood glucose control and lipid metabolism at breakfast the next morning, compared with eating an identical dinner at 9:00 p.m.

    Nakamura K, Tajiri E, Hatamoto Y, Ando T, Shimoda S, Yoshimura E. Eating dinner early improves 24-h blood glucose levels and boosts lipid metabolism after breakfast the next day: a randomized cross-over trial. Nutrients. 2021;13(7):2424. doi:10.3390/nu13072424

  • Another randomized crossover study showed that eating a late dinner at 10:00 p.m. was associated with higher overnight blood glucose, higher insulin concentrations, and lower fatty acid oxidation in a group of healthy adults, compared with eating the same meal at 6:00 p.m.

Why Dinner Timing Matters For Blood Sugar

• The timing of dinner matters for blood sugar because your body’s sleep-wake cycle (circadian rhythm) regulates glucose handling separately from behaviour. This 24-hour internal clock affects insulin secretion, insulin sensitivity, glucose production, and glucose uptake by tissues. Consequently, the same meal can have different blood glucose responses at different times of day.
• Your ability to respond to insulin and clear glucose from your blood is highest in the biological morning and gradually declines throughout the evening as part of your body’s circadian rhythm. People who often eat at night, such as shift workers, are at an increased risk of developing type 2 diabetes, in part because circadian mismanagement impairs glucose metabolism.

• Daily Early Eating Windows May Further Support Blood Sugar Control

  • Early time-restricted feeding may complement the benefits of having an early dinner. In a randomized crossover study involving a small group of adults who were overweight, early time-restricted feeding (all calories consumed between 8:00 a.m. and 2:00 p.m., versus a longer 8:00 a.m. to 8:00 p.m. window) improved mean 24-hour glucose levels and blood sugar fluctuations, without changes in calorie intake or body weight.
  • An early eating window may benefit both short- and long-term sugar control, according to a study of more than 103,000 adults followed for a median of 7.3 years. Researchers found that people who ate their first meal late were more likely to develop type 2 diabetes. They concluded that eating an early first meal (before 8:00 a.m.) and an early last meal (before 7:00 p.m.) might lower the long-term risk of diabetes.

  Who May Benefit From Dinner Timing for Blood Sugar Control

  • The impact of an earlier dinner may be particularly relevant for people with type 2 diabetes. Research involving adults with diabetes shows that shifting the majority of calorie intake to earlier meals and reducing late-day calories can improve daily glucose control, post-meal glucose responses, and long-term blood sugar (HbA1c) levels compared with consuming more calories later in the day. However, further research is needed on this approach to diabetes management.
  • Even short-term changes in meal timing may improve blood sugar control for people with type 2 diabetes. In a small study involving 10 people with poorly controlled type 2 diabetes who habitually ate dinner after 10:00 p.m., eating dinner before 8:00 p.m. for one week improved fasting glucose, glycaemic control, and insulin resistance in the short term.
  • https://www.verywellhealth.com/best-time-to-eat-dinner-for-blood-sugar-12009430 

High Blood Sugar Is Linked to Faster Brain Aging, Study Finds

From verywellhealth.com

Key Takeaways

• A study found that high blood sugar was associated with faster brain aging.
• Ongoing high blood sugar was tied to a greater risk of dementia, stroke, Parkinson’s, depression, and anxiety, along with smaller brain volume and worsened cognitive performance.
• The findings don’t prove that lowering blood sugar slows brain aging, since no intervention was tested, but they do add a brain-related reason to existing advice on blood sugar management and an overall healthy lifestyle.

In a recent large-scale study, researchers examined data from the UK Biobank, a massive long-term health database, and trained a machine-learning model to estimate “brain age” from MRI scans.1 In addition, they used specialized genetic testing to determine whether lifestyle factors (such as those that contribute to high blood sugar) or genetics determined brain age. Both tests found that high blood glucose is a strong predictor of “older” brain age.

                             Over time, high blood sugar can contribute to faster brain aging.  Tom Werner / Getty Images

What the Research Shows

The researchers examined nine molecules in the blood that reflect metabolic activity, known as plasma metabolites. Of the nine, glucose (blood sugar) stood out as having the strongest and most consistent link to an aging brain.

They did a genetic analysis using a technique called Mendelian randomization to determine if genetics or lifestyle factors were the driving force behind the brain changes. The results pointed to lifestyle factors (e.g., blood sugar), which further reinforced their findings.

The study also tied elevated glucose levels to real-world consequences beyond the brain scans. Higher glucose levels were associated with increased risk across seven brain-related conditions:

• All-cause dementia
• Alzheimer’s disease, specifically
• Anxiety
• Depression
• Parkinson’s disease
• Stroke
• Vascular dementia

Participants with higher blood sugar levels also tended to perform worse on tests of cognitive function and movement, suggesting the effects weren’t limited to disease risk alone but showed up in everyday brain performance. Using imaging, the researchers found that higher glucose levels were associated with smaller volumes across 80 distinct brain regions, providing a physical picture of what faster brain aging actually looks like.

Why Glucose Might Harm the Brain

Having ongoing high blood sugar is known to damage blood vessels throughout the body, including the small vessels that supply the brain. This damage can make it harder for blood to flow through them easily and keep oxygen and nutrients from reaching tissues.

High blood sugar levels are also linked to increased inflammation and oxidative stress, both of which can speed up cellular aging and damage nerve cells.

Issues with insulin signalling between the body and brain can contribute too. The brain relies on the hormone insulin to regulate energy use in brain cells. Disruptions that process (sometimes called brain insulin resistance) have been proposed as an important piece of the puzzle in understanding cognitive decline and neurodegenerative disease.

Manage Blood Sugar to Keep Your Brain Healthy

It’s clear that glucose levels play a role in brain aging, but this study didn’t test a specific intervention and didn’t quantify how much blood sugar needs to change or over what timeframe to make a measurable difference in brain aging.

For now the practical takeaway is less about new advice and more about added motivation for guidance that already exists. Keeping blood sugar in a healthy range through diet, regular exercise, and routine wellness exams supports your heart and metabolic health.

It’s best to take this data as further motivation to adopt a healthy lifestyle, and consider speaking with your healthcare provider about any concerns related to your blood sugar management.

https://www.verywellhealth.com/high-blood-sugar-linked-to-faster-brain-aging-12014391 

What Happens to Your Blood Sugar When You Take Magnesium Regularly?

From health.com

AT A GLANCE

• Magnesium helps lower your blood sugar by breaking down glucose and improving insulin resistance.
• There is evidence that regular magnesium supplementation can lower fasting blood sugar levels.
• The American Diabetes Association does not recommend taking a magnesium supplement unless you have a magnesium deficiency.

Magnesium has become one of the most talked-about supplements for everything from better sleep to lower stress—and now, blood sugar control.

Research suggests the mineral plays an important role in how your body uses insulin and regulates glucose. But that doesn’t necessarily mean everyone should start taking a magnesium supplement to prevent or manage diabetes.

Here’s what the research shows, who might benefit, and why experts still recommend getting most of your magnesium from food.

How Magnesium Affects Blood Sugar

Magnesium regulates blood sugar levels by supporting the absorption and use of glucose (sugar) and helping the body use insulin better. More specifically, research has shown that:

• Magnesium supports insulin by helping move sugar from the bloodstream into cells.
• Low magnesium levels may hinder your body’s ability to secrete insulin.
• Higher levels of magnesium have been linked to greater insulin sensitivity.
• Higher magnesium intake may help lower the risk of developing type 2 diabetes among people with prediabetes or insulin resistance.

What the Research Says About Magnesium Supplementation for Blood Sugar

Research on how magnesium benefits blood sugar is relatively early. Still, results are promising. Research has so far shown the following:

• Four months of magnesium supplementation may significantly improve fasting blood sugar levels in people with or without diabetes.
• Three months of magnesium supplementation can improve haemoglobin A1C (HbA1C) and reduce insulin resistance in people with type 2 diabetes. (However, this was a small study with 42 participants.)
• Children with type 1 diabetes and low magnesium levels experienced an improvement in blood sugar control after three months of magnesium supplementation. (However, this was a small study with 71 participants.)

Nevertheless, the American Diabetes Association does not recommend routinely taking magnesium—or any other supplement—to improve your blood sugar unless you have been diagnosed with a nutrient deficiency. The organization notes that supplements have risks, including side effects and drug interactions, and eating nutritious foods is the best way to provide your body with the nutrients it needs.

Magnesium can help manage blood sugar levels, but the supplement usually isn’t recommended for that purpose.      Anastasiia Krivenok / Getty Images

Should You Take Magnesium Regularly?

It depends. The American Diabetes Association does not consider magnesium supplements as an effective option for lowering blood sugar. However, they note that people with an underlying magnesium deficiency may benefit from supplementation. It is important to consult a healthcare provider before starting any new supplement.

Here are a few things to keep in mind if you are considering starting magnesium supplements:

• The recommended daily amount of magnesium is 310-320 milligrams for adult females and 400-420 milligrams for adult males. This includes magnesium from all sources, such as food, drinks, supplements, and medications.
• There are several types of magnesium available. Magnesium oxide and chloride may be more effective for lowering blood sugar levels, but magnesium aspartate and citrate are better absorbed by the body.
• Try to focus on getting most of your magnesium from your diet rather than supplements. Foods that are rich in magnesium include spinach, legumes, nuts, seeds, and peanut butter.
• Because magnesium can interact with several medications, tell your doctor or pharmacist about all of the medications and supplements you take. This way, they can help prevent drug interactions.

Possible Risks and Side Effects of Magnesium

Magnesium supplements are usually safe, but taking too much can cause side effects like diarrhoea, nausea, and abdominal cramping. Taking very high doses of magnesium can lead to more serious side effects, such as low blood pressure, trouble breathing, irregular heartbeat, and cardiac arrest.

Magnesium supplements can also interact with several types of medications, including:

• Bisphosphonates
• Certain antibiotics, such as tetracyclines and quinolones
• Diuretics
• Proton pump inhibitors

Given these risks, it is always a good idea to consult a healthcare provider before starting a magnesium supplement.

Other Ways to Naturally Lower Your Blood Sugar

Aside from magnesium supplements, there are other ways you can naturally lower your blood sugar. Implementing the following changes can improve blood sugar control:

• Eat nourishing foods, such as non-starchy vegetables, lean proteins, and quality carbohydrates.
• Limit processed foods and foods with added sugars.
• Get at least 30 minutes of physical activity a day, a few days per week.
• Maintain a weight that you and your provider determined is optimal for you.
• Find healthy ways to manage stress, such as breathing exercises or meditation.
• Getting at least seven hours of good-quality sleep per night.
• Drink plenty of water.
• https://www.health.com/what-happens-blood-sugar-magnesium-12032678
  

How Much Fibre Do I Need to Manage Blood Sugar Spikes for Type 2 Diabetes?

From health.yahoo.com

If you have type 2 diabetes, you've probably experienced the occasional blood sugar spike (and crash) after a meal. A little bit of a rise is normal: It's the natural result of your body breaking down carbohydrates into sugar, which enters the bloodstream. But the goal is to keep those highs and lows as steady as possible.

When blood sugar levels spike too high, for too long, hyperglycemia can result. This condition may be accompanied by symptoms such as excessive hunger, thirst, urination, and sleepiness, says Jaimie Uva, RD, CDCES, a dietitian and diabetes specialist at NewYork-Presbyterian Weill Cornell Medical Center in New York City.

To stabilize those post-meal ups and downs, it's important to make sure you're getting enough fibre in your diet. Unlike other carbohydrates, fibre can help regulate your blood sugar levels, which can then improve your metabolic health over the long term.

How Fibre Impacts Blood Sugar

Though fibre is actually a carbohydrate itself - one of the three main types in food, along with starches and sugars - it doesn't cause spikes in your blood sugar the way the other two can. That's because both soluble and insoluble fibre aren't absorbed by the body in the same way as other nutrients.

As soluble fibre moves through the digestive tract, it becomes a gel-like substance that slows the rate at which food is digested. "The impact is a steadier release of glucose into the bloodstream - a way to avoid sudden glucose peaks and dips," says Uva.

"A steadier state of glucose in the blood [helps you] feel fuller longer," she adds, which can also help improve your metabolic health: a measure of how well your body digests food and converts it all into energy. If your blood sugar levels are well managed, you'll likely have less chronic inflammation and a lower risk of coronary artery disease, neuropathy, and kidney disease, says Uva.

Woman in kitchen preparing fibre full oat cup with whole fruits and grains like raspberries blackberries blueberries with whole oats banana topped with chia seeds all high in fibre to help manage blood sugar spikes for type 2 diabetes.                    iStock

How Much Fibre Should I Aim for Each Day and at Each Meal?

People with type 2 diabetes should aim to get at least the recommended daily amount of fibre, which is about 14 grams (g) per day for every 1,000 calories consumed, says Uva. That averages out to about 25 g of fibre per day for women and 38 g a day for men.

But some research and experts suggest that number should be higher - above 30 g per day for both men and women.

You don't need to set fibre goals for every meal, though. "There is not a specific per-meal requirement for dietary fibre," says Uva. "However, when high-fibre foods are consumed at each meal or snack, [your] appetite is better regulated, and energy can be optimized."

Nor do you need to aim for a specific amount of soluble and insoluble fibre. Instead, try to incorporate both kinds into your diet, says Uva. (Insoluble fibre helps to bulk and soften stool for easier elimination, which is also important for your health, she says.)

If you're still unsure how to work fibre into your diet, Uva suggests talking to a registered dietitian (RD) and certified diabetes care and education specialist (CDCES), who can create a tailor-made meal plan for you.

Foods That Are Good Sources of Fibre

Fibre is a plant-based carb found in foods like whole grains, fruits, nuts, vegetables, and legumes.

Some of the best high-fibre foods are berries like raspberries and blackberries; chia seeds, flaxseed, pistachios, sunflower seeds, and other nuts; oatmeal; avocados; artichokes; whole-grain cereals, pastas, and breads; peas; and beans.

Uva suggests getting more fibre into your diet by adding berries and ground flaxseed meal to your oatmeal or Greek yogurt at breakfast; making chicken soup with farro and white beans instead of pasta or rice; and replacing starchy sides like mashed potatoes and mac and cheese with a chickpea-based Mediterranean salad or one with lentils, arugula, and avocado.

"Foods high in fibre are often vibrant, colourful, and fresh sources of plant-based fuel that can support optimal blood sugar trends and sustain energy throughout the day," she says.

Can I Get Too Much Fibre?

It is possible to get too much fibre if you have type 2 diabetes. Try to stick to the recommendation of 25 to 38 g of fibre a day. Too much fibre can lead to excessive bloating, pain and cramping, gassiness, constipation, and diarrhoea.

If you're trying to up the amount of fibre in your diet, go slow and stay hydrated, Uva says. "It's best to introduce increases in fibre gradually to avoid excess bloating and gassiness," she says. Drinking plenty of water can also help keep everything moving through the GI tract. Uva suggests using a nutrient- and food-tracking app to log your totals for the day.

Just don't pressure yourself to do anything too drastic or overwhelming with your diet.

"Managing healthy eating and type 2 diabetes may feel burdensome over time," Uva says. "Small, consistent changes go a long way. Even incorporating one or two new high-fibre foods a week can help diversify your intake."

The Takeaway

• Fibre can help keep your blood sugar levels steady by slowing down the rate at which food is digested. That, in turn, can help people manage type 2 diabetes and improve their metabolic health.

• Aim for at least 25 g of fibre a day for women and 38 g a day for men. Make sure to include both soluble and insoluble fibre in your diet.

• Increase your fibre intake gradually to avoid bloating and other stomach troubles, and stick to small, consistent dietary changes - like adding one or two new fibre-laden foods to your diet each week.

https://health.yahoo.com/conditions/endocrine/diabetes/diabetes-type-2/articles/much-fiber-manage-blood-sugar-205316978.html