While the number of highly processed foods have increased, the health stats have declined even further. While processed foods are to blame, there is another item that has been flying under the health raider, sodas. These fizzy drinks may not be a part of your daily life, but they are worse than you think! One of the biggest appeals of sodas and beverages is that sugary and fizzy taste of them. Because they are easier to consume and the sugary taste has an addictive effect, people buy more and more of it, without realizing that amount of sugar.

One thing that made people realize how much sugar they had been consuming was when videos of people boiling these fizzy drinks surfaced. Those videos showed that as soon as all the liquid vapored off, the residue was just burnt sugar.

Sugary drinks like sodas and, energy drinks are popular worldwide, but new research shows they're seriously harming our health. These drinks are linked to millions of new cases of diabetes and heart disease each year. Sadly, developing countries are hit the hardest. This study shows how big of a problem sugary drinks are globally and why we need to do something about it. It’s a call to action for better health worldwide.

Sugary Drinks, Diabetes, and Heart Disease

Sugary drinks are beverages with added sugars, like soda, juice drinks, and sweetened teas. While sales are down in some places, they're rising in others. Researchers studied millions of people across many countries and found a strong link between drinking these beverages and developing type 2 diabetes and heart disease. These drinks contribute to a significant number of new cases each year, especially in certain parts of the world. This means that cutting back on these drinks could greatly improve health globally.

Sugary drinks are quickly digested because they're liquid, causing a fast rise in blood sugar. They also pack a lot of calories without making you feel full, which can lead to overeating. Unlike other treats, they don't offer much nutrition besides sugar. This combination of factors can lead to weight gain, problems with how your body uses sugar (insulin resistance), and other health issues that increase the risk of diabetes and heart disease. It’s not just about the calories, but the type of calories and how our bodies process them.

Sodas have an addictive nature because the main ingredients are caffeine and sugar. The reason why people like consuming them is because they were built to trigger the release of dopamine in the brain. The hormone dopamine is a feel-good hormone that makes you feel happy and good, which makes you feel like consuming it more!

What We Can Do to Cut Back on Sugary Drinks

To protect our health, we should drink fewer sugary drinks. Healthier options include water, unsweetened tea or coffee, and sparkling water. Even diet soda is a better choice than regular soda, but it's best to limit those too. Reading labels is important to know what you’re drinking. Governments can also help by taxing sugary drinks, putting warning labels on them, and restricting their sale in places like schools. These actions can make a big difference in reducing consumption and improving public health. There are many ways you can avoid getting addicted to sugary drinks,

Avoid Using It As A Reward

When you give the position of a reward to things, you are actively making your brain think it is a good thing and that can trigger a dependence on it.

Don’t Use It To Make You Feel Happy

We all have days when you feel low and do not like how things are going, in days like those you feel like having a comfort food or drink, which can make it a crutch and is a one way street to addiction

Drink A Lot Of Water

Staying hydrated is one of the best ways to keep your addiction as bay, sometimes you may as well need some water to keep you straight and not stray from their path.

Vitamin D and calcium, both are nutrients you body needs to function well. While both are different nutrients, often many people get confused because vitamin D and calcium both are important for strong bones. Lack of both could lead to an increased risk of osteoporosis or bone fracture.

However, these two nutrients are different, react differently to your body and works differently too. The sources too could be different. Let us understand how.

What Are Some Of The Foods Rich In Vitamin D

As per WebMD, here are the following vitamin D rich food items:

• Wild-caught salmon (600-1,000 IU per 3.5 ounces)
• Farm-raised salmon (100-250 IU per 3.5 ounces)
• Canned sardines (300 IU per 3.5 ounces)
• Canned tuna (236 IU per 3.5 ounces)
• Fresh shiitake mushrooms (100 IU per 3.5 ounces)
• Egg yolk (20 IU per yolk)

However, there is one source, often recommended as the best and natural source, that is the exposure to sun. In this case too, one must keep in mind the sun burn, as it could cause skin problems, including skin cancer.

Beverages like milk, orange juice, yogurt, cereals too often have vitamin D added into them.

Vegan sources include

• Soy, almond, or oat milk (100-144 IU per cup)
• Cereal (80 IU per serving)
• Margarine (60 IU per tablespoon)
• Orange juice (100-105 IU per cup)

What Are Some Of The Sources Of Calcium?

• Cooked kale (179 mg per cup)
• Cooked collard greens (266 mg per cup)
• Dried figs (65 mg per 2 figs)
• Cooked broccoli (60 mg per cup)
• Oranges (55 mg per orange)
• Canned sardines with bones (325 mg per 3 ounces)
• Canned salmon with bones (180 mg per 3 ounces)
• Ricotta (335 mg per 4 ounces)

Vegan sources include:

• Canned baked beans (160 mg per 4 ounces)
• Cooked broccoli rabe (100 mg per cup)
• Cooked bok choy (160 mg per cup)
• Fortified almond, soy, or rice milk (300 mg per 8 ounces)
• Fortified fruit juices (300 mg per 8 ounces)
• Tofu prepared with calcium (205 mg per 4 ounces)
• Fortified cereal (100-1,000 mg per cup)

What Are The Roles Of Vitamin D And Calcium In Your Body?

As per the Bone Health and Osteoporosis Foundation, calcium is a mineral that builds and maintains dense, strong bones, while Vitamin D is a hormone that enables the body to absorb that calcium from food. Calcium also assists with nerve, muscle, and vascular functions, whereas Vitamin D is primarily responsible for calcium regulation.

Role: Calcium is a building block for bones and teeth; Vitamin D is the "key" that unlocks calcium absorption.

Definition: Calcium is a mineral (found in dairy, leafy greens); Vitamin D is a fat-soluble nutrient/hormone.

Source: Calcium comes from diet, while Vitamin D is produced by the skin via sun exposure in addition to food sources.

Deficiency Symptoms: Low calcium can lead to weak bones (osteoporosis). Low Vitamin D can cause soft bones (rickets in children) and prevents calcium absorption.

Dr. Dominik Nischwitz, a dentist based in Germany, highlights on his Instagram that organ meats like liver are a nutrient-dense food, calling them "nature's multivitamin via real food," and suggests that eating organs was historically "prized & classed as a real luxury". His perspective aligns with how predators in the wild often prioritize organs like the brain, heart, and bone marrow over muscle meat.

A key reason for this prioritization is the immense concentration of nutrients in organs, which are essential for running "EVERY biochemical process in the human body especially your metabolism".

He has also posted on his Instagram @drdome1, comparing chicken liver with chicken breast. The post noted that chicken breast has 165cals per 100grams, while liver has 167cals per 100grams. However, the chicken breast has 0% vitamin A, 0% vitamin C, 1% folate, and 6% vitamin B12. Whereas, he noted that chicken liver has 267% vitamin A, 47% vitamin C, 144% folate, and 281% vitamin B12.

Chicken Liver's Vitamin Powerhouse

Chicken liver is significantly richer in numerous vitamins compared to chicken breast, offering a high percentage of the daily value (DV) for several B vitamins and Vitamin A.

Vitamin B12: Chicken liver has a massive amount of Vitamin B12, providing 675% more of the daily needs compared to chicken breast. Per 100 grams, chicken liver contains 16.58 μg of Vitamin B12, while chicken breast only has 0.37 μg.

Vitamin A: Chicken liver is an exceptional source of Vitamin A, containing 482 times more than chicken breast. Per 100 grams, chicken liver has 11,078 IU of Vitamin A, compared to 23 IU in chicken breast. This high content is necessary for various processes in the body, including those that regulate metabolism.

Other B Vitamins and Folate: The liver is loaded with all B vitamins. Specifically, per 100 grams, chicken liver has more Vitamin B2 (1.778 mg vs. 0.125 mg), Vitamin B5 (6.233 mg vs. 1.04 mg), and Folate (588 μg vs. 4 μg). These are crucial, for example, with B2 helping make FAD for fatty acid utilization, and B3 needed to make NAD+.

While chicken liver excels in these vitamins, the one exception is Vitamin B3, which chicken breast is richer in.

Essential Mineral Content

In addition to vitamins, chicken liver is a standout source of key minerals.

Iron: Chicken liver contains 8.99 mg of Iron per 100 grams, which is significantly more than chicken breast's 1.14 mg. This represents a 688.6% increase in Iron content for the liver.

Copper and Selenium: The liver is an excellent source of Copper. Chicken liver has 0.492 mg of Copper, substantially more than the 0.054 mg in chicken breast. It also contains more Selenium (54.6 μg vs. 26.2 μg). The presence of copper is important for how the body handles oxygen.

Zinc and Manganese: Compared to chicken breast, chicken liver is richer in Zinc and Manganese, showing a 147.2% and 1114.3% increase, respectively, in these minerals.

Fats and Cholesterol: Although chicken liver has more beneficial nutrients, it also contains more Cholesterol (345 mg per 100g) than chicken breast (91 mg per 100g).

Protein, Calorie, and Misconception Facts

While chicken breast is generally a better source of protein (33.44 g vs. 16.92 g per 100g), chicken liver is still considered a "VERY good source of protein" and is "VERY cost effective". Calorie content is very similar, with raw chicken liver at 119 kcal per 100g and cooked chicken breast at 187 kcal per 100g.

The notion that liver stores toxins is a "bogus claim." In a healthy animal, the liver's function is to transport and remove toxins from circulation, moving them to "less important and energetic tissue such as adipocytes (fat cells)". Historically, humans consumed the whole bird or animal, including the carcass for bone broth, indicating a shift in modern eating habits toward only muscle meat like chicken breast.

Edible cactus, especially varieties from the genus Opuntia, has moved far beyond traditional cuisine and into the world of functional foods. Often eaten as cactus pads known as cladodes or as the fruit called prickly pear, this plant has been studied for its possible benefits in diabetes, cholesterol management and overall metabolic health.

But how strong is the evidence? Here is a clear and scientific look at what research says:

What Is Edible Cactus?

The most commonly studied species is Opuntia ficus-indica, widely consumed in Mexico and other arid regions. According to 2011 Journal of Food Science and Technology study, cactus cladodes are rich in dietary fiber, antioxidants, vitamins and minerals.

A 2025 Scientific Reports study also shows that cactus pear accessions contain bioactive compounds such as polyphenols, betalains, and flavonoids, which may help prevent chronic illnesses like cancer, diabetes and cardiovascular diseases, while supporting immune function, gut health and cognitive health.

Another 2021 Food Chemistry study describes cactus species as underutilized plants with strong nutritional potential. They are particularly high in soluble fiber which are important for blood sugar and cholesterol regulation.

How Could Cactus Help Blood Sugar?

A 2022 Medicina study reviewed the use of prickly pear cladodes as a functional ingredient for hyperglycemia management and found evidence suggesting that consuming cactus pads with meals may reduce fasting glucose levels.

Normal postprandial (post-meal) blood sugar for adults without diabetes is typically below 140 mg/dL two hours after eating. For individuals with diabetes, the target is generally less than 180 mg/dL.

A systematic review by a 2019 Medicina study examined human trials on Opuntia consumption and found reductions in blood glucose and insulin levels, especially in individuals with Type 2 diabetes. However, the results were not entirely consistent across all trials.

More recent analytical research by the Chinese Journal of Analytical Chemistry suggests that cactus bioactive compounds may inhibit enzymes such as alpha-glucosidase and alpha-amylase, both key digestive enzymes that work sequentially to break down starch into glucose in the body.

These enzymes are involved in carbohydrate digestion. By slowing their activity, cactus components may reduce the speed at which glucose enters the bloodstream, suggetsing that cactus may help the body handle carbohydrates more gradually.

What About Cholesterol?

A Nutrition review and meta-analysis conducted randomized clinical trials on cactus pear and cardiovascular risk factors. They found significant reductions in body weight and some lipid parameters, though the overall quality of evidence varied.

Another 2024 Nutrition study also highlighted the potential of Opuntia species in managing obesity and related metabolic conditions, including dyslipidemia. Some studies reported reductions in total cholesterol and LDL cholesterol, particularly in individuals with metabolic syndrome.

However, the magnitude of these changes is generally described as moderate rather than dramatic.

But Are There Any Limitations?

Many studies involve small sample sizes. Some trials are short-term. Preparation methods also vary widely, from fresh cladodes to powders, extracts, or capsules. Dosage differences make it difficult to compare results directly.

In addition, cactus should not be viewed as a replacement for medical treatment. For individuals with diabetes or high cholesterol, it may be a supportive dietary addition rather than a standalone therapy.

So, Can Edible Cactus Help?

However, the improvements observed in studies are generally modest. Cactus works best as part of an overall balanced diet rich in fiber, whole grains, fruits, vegetables, and healthy fats.

In summary, edible cactus is not a miracle cure, but it is a scientifically interesting and nutritionally valuable food. As research continues, especially with better-designed human trials, we may gain clearer answers about how strong its metabolic benefits truly are.