My haemoglobin is 107g l, is it normal

Normally, hemoglobin:

Births: 180 190

Adult male: 120 160

Female: 110 150

Yours is a little on the low side, but not too much no 10 or so is not considered a disease, physiological:

1.It is affected by age: increasing age is seen on the high or low side.

2.Time Impact: Fluctuations occur within 1 day with the time, and the peak occurs at 7:00 a.m. and gradually decreases.

3.The site of blood collection is different: venous blood is 10% to 15% lower than capillary blood

4.Mental factors : excitement, cold baths, fear. will increase.

5 Compensatory : Multiple blood donations will increase.

6. Middle and late stages of pregnancy: In June, the physical needs of infants and young children at the age of 2 years will be reduced, and the hematopoietic function of the elderly will be reduced.

Pathology: 1 It is more common in anemia, and the reason is that hematopoietic raw materials are insufficient, and hematopoietic function is reduced!

Just a slight anemia, don't worry, you should pay more attention to your diet, eat more iron-rich foods, such as pork liver, pig blood, lean meat, dairy products, beans, rice, apples, green leafy vegetables, pork liver, pig blood, egg yolk, lean meat, black fungus, etc.

120 160 g l for men and 110 150 g l for women

It's simple, normal

Basically normal, slightly lower.

Nothing is a big problem.

Hello: Normal values for hemoglobin:

Adult males: 120 160 g l

Adult females: 110 150 g l

Newborns: 170 200 g l

Children: 110 160 g l

Adult males >170g L, females >160g L, haemoglobin increases, you check haemoglobin 174g L, is the high limit of normal, the most likely cause is hemoconcentration, resulting in a relative increase in red blood cells and hemoglobin.

Hemoglobin relativity increases:

For some reason, water is lost in the blood plasma, hemoconcentration leads to a relative increase in red blood cells and hemoglobin content. Such as drinking less water, sweating profusely, etc.

A repeat blood count is recommended in two weeks.

1. The average hemoglobin concentration of MCHC is 306—low, and the normal value is 320 370

The mean red blood cell hemoglobin concentration is a morphological classification used to diagnose anemia, and when the value is low, it is mostly microcytic anemia.

If there is no anemia, the accompanying hemoglobin is normal, and the hemoglobin concentration of simple red blood cells is reduced, there is no pathological significance. Gear defeat stupidity.

2. The coefficient of variation of the width of the red blood cell distribution of MDW-CV was normal, with a normal value of 11 to 16%.

It is a variant parameter that reflects the size of red blood cells, which in layman's terms is the consistency of the size and shape of red blood cells in the blood of a sample.

The larger the width, the different shapes and sizes of the red blood cells in the sample, indicating various anemias and hematopoietic abnormalities.

The small distribution width indicates that the red blood cells in the sample are consistent in morphology and size, and they are very neat.

If it is a low normal level, it means that the morphology and size of red blood cells in the blood are more consistent;

3. The standard deviation of the distribution width of RBCs in RDW-SD before withering is low, and the normal value is normal.

This item is also a parameter that reflects the variation in the size of peripheral red blood cells, and the larger the RDW, the larger the peripheral red blood cell size, which is not evenly distributed. If the value is low, the distribution is relatively uniform. Generally low doesn't make much sense.

Therefore, from the above three indicators, there is no obvious pathological significance, and it is meaningful only when combined with the red blood cell count, hemoglobin number and other values, and comprehensive analysis.

If you used to have hysteremia and now have a hemoglobin of 107 g L, you can be sure that you have "anemia", but your anemia is only mild (hgb 91 110g L, which is moderate). Your mean red blood cell hemoglobin (MCH) level is 281 g L, which is lower than normal, indicating that your anemia is a "microcytic hypochromic anemia". "Microcytic hypochromic anemia" is most common in "iron deficiency anemia", and the most common cause of "iron deficiency anemia" is caused by chronic blood loss, such as menorrhagia, chronic bleeding from hemorrhoids, chronic blood loss in the digestive tract, etc., followed by insufficient iron intake or intestinal malabsorption, etc., and the elderly should also be alert to digestive tract tumors.

**Iron deficiency anemia, first of all, you should find out**, I think your anemia may be related to the previous "uterine blood", "uterine blood" is now better, "iron deficiency anemia" will also get better after **, it is recommended that you still need to supplement some iron supplements. Iron supplementation drugs are recommended to take "Tielong (10-dimensional iron chewable tablets)" or "Fu Naide", these two drugs are available in general pharmacies, and ** low, the use of two drugs (choose one of them can be) is once a day, one tablet each time, take it after meals, do not drink strong tea during the medication, it is best not to drink tea. Iron is found in most foods, but animal liver is the highest, followed by kelp, seaweed, fungus, shiitake mushrooms, etc., meat, beans and cereals, but lower levels in milk, vegetables and fruits.

"Iron deficiency anemia" is a common disease, and according to statistics, about 1 in 3 children and women of childbearing age suffer from iron deficiency anemia in developing countries. It is recommended that you take more iron-rich foods on top of iron supplementation, and you can also add a little folic acid tablets (2 tablets, 3 times a day) at the same time. With iron supplements, you can check the blood routine every 3 or 4 weeks to observe the effect, and after the HGB reaches normal, you can continue to take iron supplements for 1 2 months to replenish the iron stores in the body.

Good luck soon**!

It is anemia, and the normal person is above 120.

Normal reference values Adult males: 120 160g l Adult females: 110 150g l Neonates: 170 200g l Children: 110 160g l Hemoglobin Clinical significance:

1. Relative increase: due to some reasons, the water in the plasma is lost, and the hemoconcentration makes the content of red blood cells and hemoglobin relatively increased. Such as continuous severe vomiting, extensive burns, severe diarrhea, heavy sweating, etc.; It is also seen in chronic adrenal insufficiency, diabetes insipidus, hyperthyroidism, etc.

Hemoglobin is temporarily elevated due to the obvious hemoconcentration caused by fasting and water fasting before the examination. 2. Absolute increase: Closure of ashwagandha is caused by various reasons to increase the absolute value of red blood cells and hemoglobin in the blood, which is mostly related to the lack of oxygen in the body's circulation and tissues, the increase in the level of erythropoietin in the blood, and the accelerated release of bone marrow from the red fine destruction of grafts.

1) Physiological increase: seen in plateau dwellers, fetuses and neonates, strenuous labor, fear, cold baths, etc. (2) Pathological increase:

Caused by compensatory erythropoietin in severe congenital and acquired cardiopulmonary diseases and vascular malformations, such as tetralogy of Fallot, cyanotic congenital heart disease, obstructive emphysema, cor pulmonale, pulmonary arteriovenous fistula, and abnormal hemoglobinopathies with low oxygen-carrying capacity. In other cases, there is no tissue hypoxia, the increase in erythropoietin is not required by the body, and the increase in red blood cells and hemoglobin is not compensated, and is seen in certain tumors or kidney diseases, such as kidney cancer, hepatocellular carcinoma, renal embryoma, hydronephrosis, polycystic kidney disease, etc.

Adult males >170g L, females >160g, such as BiL, have increased hemoglobin.

The most likely cause is hemoconcentration (drinking less water or sweating more before the examination), resulting in a relatively high hemoglobin value.

Strenuous labor, plateau residents, etc., can cause physiological hemoglobin elevation.

Pathological elevation is seen in chronic pulmonary hypoxic diseases.

It is recommended to repeat the routine blood resistance register to verify the test results. If you wait for a long time before the examination, or if you are thirsty, you can drink water appropriately, but not too much.

The concentration of plasma cholesterol, triglycerides, total lipids and other lipid components in hyperlipidemia exceeds the normal standard. The main harm of hyperlipidemia is to lead to atherosclerosis, which in turn leads to many related diseases, the most common of which is coronary heart disease. Severe chylomicronemia can lead to acute pancreatitis, another fatal disease.

In addition, hyperlipidemia is also an important risk factor for hypertension, glucose tolerance, and diabetes. Hyperlipidemia can also lead to fatty liver, cirrhosis, cholelithiasis, pancreatitis, fundus hemorrhage, blindness, peripheral vascular disease, claudication, and hyperuricemia. Some patients with primary and familial hyperlipidemia may also have tendonous, nodular shape, volar plane and periorbital xanthoma, and young corneal arches.