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Fiber-rich foods are an important part of a healthy diet. They can help you feel fuller for longer, regulate your digestion, and even lower your risk of chronic diseases such as heart disease and diabetes. Here are some things you should know before adding more fiber to your diet:

  1. What is fiber? Fiber is a type of carbohydrate that cannot be digested by the body. It comes in two forms: soluble and insoluble. Soluble fiber dissolves in water and can help lower cholesterol and regulate blood sugar levels, while insoluble fiber adds bulk to your stool and helps keep your digestive system healthy.

  2. How much fiber do you need? The recommended daily intake of fiber is 25-30 grams for adults. Most people in the Western world consume only about half that amount. Increasing your fiber intake too quickly can cause digestive discomfort, so it's best to gradually increase your intake over a few weeks.

  3. What foods are high in fiber? Foods that are high in fiber include fruits, vegetables, whole grains, nuts, seeds, and legumes. Some examples include apples, berries, broccoli, sweet potatoes, quinoa, almonds, chia seeds, and lentils.

  4. What are the benefits of fiber? Eating a fiber-rich diet can have many benefits, including:

  1. What are some tips for increasing your fiber intake? Some tips for increasing your fiber intake include:

Overall, a fiber-rich diet can have numerous health benefits. By gradually incorporating more fiber-rich foods into your diet, you can improve your digestion, reduce your risk of chronic diseases, and feel more satisfied after meals.

Nasal augmentation, also known as rhinoplasty, is a surgical procedure that enhances the shape and size of the nose. It is a popular cosmetic surgery that can improve the appearance of the face and boost self-confidence. Nasal augmentation can also improve the function of the nose by correcting breathing problems caused by structural defects.

There are two types of nasal augmentation procedures: open and closed. Open rhinoplasty involves making an incision in the columella, the tissue that separates the nostrils. This allows the surgeon to lift the skin and tissue of the nose, giving them a better view of the nasal structure. Closed rhinoplasty involves making incisions inside the nostrils, making it a less invasive procedure. Both techniques have their own benefits and risks, and the choice of technique depends on the individual's needs.

The surgeon will typically use either autologous tissue, synthetic material, or a combination of both to augment the nose. Autologous tissue, such as cartilage from the septum or ear, provides a natural-looking and long-lasting result. Synthetic material, such as silicone implants or Gore-Tex, can also provide a satisfactory result but carries a higher risk of complications such as infection and extrusion.

Recovery from nasal augmentation typically takes one to two weeks. Patients may experience bruising, swelling, and discomfort, but these symptoms can be managed with pain medication and ice packs. Patients should avoid strenuous activity and wearing glasses or sunglasses for at least six weeks after surgery. The final result of the surgery may not be fully visible for several months as the swelling subsides and the tissues settle.

In conclusion, nasal augmentation is a safe and effective procedure that can improve the appearance and function of the nose. It is important to choose a skilled and experienced surgeon to ensure the best possible outcome. Patients should also have realistic expectations and understand the risks and benefits of the procedure before undergoing surgery.

Introduction

Nearly 7% of the world population is obese1 and about 66% of the adults in the United States are overweight or obese.2 Obesity is associated with a number of adverse medical conditions including increased risk of gallbladder disease, hypertension, type 2 diabetes mellitus, coronary heart disease (CHD), osteoarthritis, cancer death and reduced life expectancy.3–8 Obesity is also associated with adverse social and psychological consequences, including bias, discrimination and decreased quality of life.9,10

More effective treatment strategies are urgently needed for obesity management. The total caloric intake or energy density of one’s diet appears to be associated with obesity11–14 and a diet that induces a negative energy balance continues to be an important part of obesity management. Strategies to achieve the difficult task of eating less than desired include reduction of the energy density of foods by increasing food volume by the addition of fluids,15,16 bulk17–19 or their combination;20 or by increasing satiety by various anorectic drugs or macronutrient combinations of high satiety value.

Satiety is positively associated with the protein, fiber and water content of foods and negatively with fat and palatability ratings.21,22 However, within food groups, there may be as much as a twofold difference in satiety values, suggesting that certain foods promote greater satiety independent of macronutrient content or energy density. An egg is an example of such a food that has a 50% greater satiety index compared to white bread or ready-to-eat breakfast cereal.21 Compared to an isocaloric bagel breakfast of equal weight, an egg breakfast had a greater satiating effect, which translated into a lower caloric intake at lunch.23 The resulting decrease in energy consumption lasted for at least 24 h after the egg breakfast.

This study was undertaken to exploit the short-term satiating benefits of an egg breakfast23 for weight loss in a longer-term trial. The objectives were to determine if the incorporation of an egg breakfast in the diet by overweight or obese subjects would (1) induce reduced energy intake and unintentional weight loss, even when not attempting weight reduction; or (2) enhance weight loss when following a reduced energy diet. We compared the effects of an egg vs isocaloric bagel breakfast of equal weight on weight loss, indices of body size and composition, dietary compliance, food cravings and health-specific quality of life.Materials and methods

The study was approved by the institutional review boards at Pennington Biomedical Research Center and at Saint Louis University. Written informed consent was obtained from the participants. We certify that all applicable institutional and governmental regulations regarding the ethical use of human volunteers were followed during this research.

Participants

Of the 160 participants enrolled, 8 did not complete the trial. The final study sample included 152 participants (131 women and 21 men; mean age 45.0±9.4 years; black participants 47.7% and white participants 52.3%). Demographic characteristics of the participants are provided inTable 1