Proper Sitting Posture while reading or working on a computer/laptop Good sitting posture keeps your ears, shoulders, and hips in one straight line. Your back should be supported, and your feet should rest flat on the floor. This reduces strain and keeps your spine healthy. Main Points Sit with your ears, shoulders, and hips aligned in a straight line. Keep your back against the chair to support the natural curve of your spine. Sit with your hips and buttocks fully against the back of the chair. Keep your pelvis in a neutral position. Do not tilt it too far forward or backward. Relax your shoulders and keep them slightly back. Keep your head upright with your chin parallel to the floor. Place both feet flat on the floor. Keep your knees level with or slightly lower than your hips. Your thighs should slope slightly downward (about 100–120° at the hips). Keep your elbows close to your body at about a 90° angle. Keep your forearms parallel to the floor when typing or working at a de...
Family members have high BP ? Weak bones ?You maybe unaware of risks from a compound in regular food from the supermarket and bakery
Disodium phosphate and trisodium phosphate (often listed as E339 or sodium phosphates) present health risks mainly through heavy consumption of ultra-processed foods or in individuals with pre-existing health conditions. 1. High Bioavailability and Kidney Risks Unlike natural phosphorus found in plants and whole foods, which the body absorbs slowly and partially (30% to 50%), inorganic phosphate additives are absorbed almost completely (90% to 100%). Healthy kidneys easily filter out excess phosphorus. However, for individuals with chronic kidney disease or reduced kidney function, the body cannot clear this sudden load, causing phosphorus levels in the blood to spike (hyperphosphatemia). 2. Bone Weakness and Heart Disease When phosphorus levels in the blood remain elevated, the body pulls calcium from bones to restore balance, making bones brittle over time. Excess phosphorus also combines with calcium in the bloodstream to form hard deposits in bl...