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The panel of 27 experts in nutrition, diabetes, obesity, heart disease, and food psychology judged each diet in the following seven categories:· The diet’s capacity to generate short-term weight loss. · The diet’s capacity to generate long-term weight loss. · The nutritional completeness of the diet. · The ease with which the diet can be followed. · The diet’s safety. · The diet’s ability to avoid and control heart disease.
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Protein is a key player when it comes to losing weight, gaining muscle mass and strength, and improving metabolic health. A higher protein intake can be beneficial, but it isn’t for everyone. It’s always best to visit your doctor or healthcare practitioner if you have any questions or concerns about protein or your diet and before you make any dietary changes.   Protein isn’t just beneficial; it’s essential. Let’s discuss the top five benefits of eating more protein. Muscle Mass and StrengthGetting enough protein is important for everyone, not just athletes and those who are physically active, trying to gain muscle, and lifting weights. Protein is considered the building block of your muscles, so eating more protein promotes muscle growth. Studies reveal consuming plenty of protein increases muscle strength and mass, and maintaining a high protein intake helps prevent muscle loss during weight loss.   Woman lifting weights and building muscleBone HealthIt’s a myth that protein is bad for your bones. Some people perpetuate the idea that protein, particularly animal protein, increases the acidity load in the body and causes calcium to leach from your bones to neutralize the acid and maintain the right ph. However, long-term studies show that protein, including natural animal protein, is advantageous for wellness and bone health.
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ATP is the currency system of the cell (like dollar bills). It fuels the work that cells need to do. While glucose is a simple sugar, it is still
a relatively large molecule, therefore it needs certain transporters in order to allow it to enter a cell. These
are known as GLUTs (glucose transporters).  Contrary to popular belief, not all cells require insulin in order to transport glucose inside of a cell. Some organs and tissues are insulin-independent, meaning insulin is not required, whereas others are insulin-dependent, meaning they require insulin.  GLUT 4 transporters are located on skeletal muscle, adipose tissue, and the heart and do require insulin. In order for glucose to be transported into these cells, insulin must bind to insulin receptors and signal for this process to occur. Insulin is produced by beta cells in the pancreas in response to high blood glucose levels. Once it is released, it binds to insulin receptors and triggers a response to allow glucose to be transported into the cell. GLUT 1 Insulin independentBloodBlood-brain-barrierHeart (partially) GLUT 2Insulin-independentLiverPancreasSmall IntestineGLUT 3Insulin-independentBrain NeuronsSpermGLUT 4Insulin-dependentSkeletal MuscleAdipose tissue (fat)HeartDysfunctions in Glucose RegulationGlucose regulation can become dysfunctional at many