EAGLES EYE UPDATE

Lipton Yellow Label tea, which is a type of black tea, can have a positive effect on hypertension. Here's a breakdown of the key points: Flavonoids and Polyphenols : Lipton Yellow Label tea is rich in natural compounds called flavonoids and polyphenols. These antioxidants are believed to play a significant role in controlling and treating hypertension. Blood Vessel Relaxation : Research suggests that consuming tea, including black tea, may help relax blood vessels, widening them and contributing to lower blood pressure. Reduced Risk of Heart Disease and Stroke : Regular consumption of black tea has been associated with a reduced risk of heart disease and stroke, partly by improving blood vessel function and reducing blood pressure. Lowering Cholesterol : The flavonoids in black tea can also help reduce LDL ("bad") cholesterol levels, which further supports heart health. Antioxidant Properties : The antioxidants in Lipton Yellow Label tea help protect cells fro...

iron definicy anaemia (microcytic hypocromic anaemia) ⬇️Hb ⬇️RBCs ⬇️Hematocrit ⬆️ESR ⬇️ MCH, MCV  ⬇️Transferin saturated ⬇️Feretin ⬆️total iron binding capicity Megaloplastic anaemia (macrocytic normochromic anaemia) ⬇️HB ⬆️ESR ⬇️RBCS ⬆️MCV Normal MCHC No reticlocyte  Hemolytic anemia (Normocytic normochromic anaemia) ⬇️HB ⬇️ RBCs Normal MCH, MCV  G6PD  (Normocytic normochromic anaemia) ⬇️Hb ⬇️ RBCs  Presence of heinz bodies Precense of bite cells Thalassemia (microcytic hypochromic anaemia) ⬇️HB ⬇️ RBCs  ⬇️ Hematocrit  ⬆️ESR Sicle cell anaemia (Normocytic normochromic anaemia) ⬇️HB ⬇️ RBCs  ⬇️ Hematocrit  ⬆️ESR Presense of HBs in electrophorses Presense of sicle cell on microscope Polycycemia ⬆️HB ⬆️RBCs ⬆️ Hematocrit  ⬆️Platelets ⬆️WBCs ⬆️uric acid ⬆️histamin ⬇️ESR

Beetroot has shown promising effects on lowering blood pressure, making it a topic of interest for managing hypertension. The primary mechanism behind this effect is its rich content of dietary nitrates (NO3). Here's a breakdown of how beetroot affects hypertension: 1. The Nitrate-Nitrite-Nitric Oxide Pathway :  * Dietary Nitrates (NO3) : When you consume beetroot, the nitrates are absorbed in the gut.  * Nitrite Conversion : In your mouth, bacteria on your tongue convert these nitrates into nitrites (NO2-).  * Nitric Oxide (NO) Production : These nitrites are then absorbed into the bloodstream and can be further converted into nitric oxide (NO) in the body, particularly in conditions of low oxygen or acidity.  * Vasodilation : Nitric oxide is a powerful vasodilator. This means it helps to relax and widen blood vessels. When blood vessels are relaxed, blood can flow more easily, which reduces the pressure exerted on the artery walls. 2. Effects on Blood P...