For a Type 1 diabetic, usually 80-180 mL/d
For a type 2 diabetic, its usually a smaller spectrum, 80-150
(some people say 70-180/150)
If a diabetic goes into a coma, their blood glucose level would likely be very high, potentially above 600 mg/dL. This condition is known as diabetic ketoacidosis (DKA) and requires immediate medical attention to bring the blood glucose level back to a normal range.
Some symptoms of a diabetic include, increase in thirst, redness of the skin, fatigue, fainting and a sweet smell on the breath of the patient. Diabetic shock is caused by Hypoglycemia also known as, low blood sugar.
Hypoglycemia is the name of the emergency caused by low blood sugar. It can result in confusion, unconsciousness, and when severe, seizures and brain damage. Treatment is giving glucose, typically in an IV, if unconscious. If the patient is still awake and is found to have low blood sugar, giving them something sugary to drink, such as juice, can help prevent them from losing consciousness.
No Known Drug Allergies.non-ketotic diabetic acidosis, a situation occurring in diabetic patients in which the blood pH is lowered to a dangerous level, whilst ketones are not being produced.
Diabetes can cause a variety of complications related to the eyes. Cataracts are known to develope earlier than would be normal for a healthy person, Glaucoma can also occur, which is the increase in 'fluid' pressure inside the eyeball, which can lead to optic nerve damage and ultimately blindness, and the formation or swelling of bloodvessels in the eye. The most common is the third, and often known as 'diabetic retinopathy' - and is usually the formation of new blood vessels getting in the way of the retina, or the swelling of pre-established vessels, resulting in breaking and the leaking of fluid.
diabetic retinopathy
diabetic retinopathy
The GI diet is also known as the Glycemic Index Diet. It focuses on the diet that a diabetic person should follow.
When new blood vessels are forced to grow in the eye due to excess sugar in your blood, these new blood vessels donβt grow properly leading to leakage and blockage in the retina leading to the blood supply being cut off. Further complication if diabetic retinopathy is not treated at an early stage could be permanent damage in the eye and even glaucoma. There are 2 stages of Diabetic Retinopathy: Early Diabetic Retinopathy Early Diabetic Retinopathy, also known as Non Proliferative Diabetic Retinopathy (short from NPDR) occurs when the blood vessels in the retina weaken and new blood vessels are not proliferating or growing. When you have Non Proliferative Diabetic Retinopathy, fluid and blood sometimes leak into the retina from the walls of smaller vessels due to tine bulges causing larger vessels in the retina to dilate. This causes the diameter of the retina to become irregular. As more and more blood vessels begin to get blocked, Non Proliferative Diabetic Retinopathy becomes more severe. Edema can sometimes build up in the macular (center) region of the retina as a result of damaged blood vessels, decreasing vision. The macular edema build up, if not treated can lead to blindness. Advanced Diabetic Retinopathy Also know as Proliferative Diabetic Retinopathy, Advanced Diabetic Retinopathy is severe and occurs when the damaged blood vessels shut off, leading to new blood vessels that are abnormal to be formed in the retina which are fragile and can lead to leakage into the Vitreous (jelly like part in the center of the eye). This may lead to scar tissue which can detach the retina from the back of the eye or even increase the pressure on the eye as a result of interference of regular blood flow. The optic nerve can be damaged due to the build up causing permanent damage in the eye and vision or even lead to Glaucoma.
agglutinogens
thalassemia
Thalassemia