Blood

Low hemoglobin content, or anemia, can indirectly affect liver function by reducing the oxygen supply to liver cells, which may impair their ability to function optimally. The liver is responsible for various metabolic processes, and inadequate oxygen can lead to decreased efficiency in detoxification and synthesis of important proteins. Additionally, underlying conditions causing low hemoglobin may also impact liver health. However, the liver can often maintain its function even with low hemoglobin levels unless there are other complicating factors.

Yellow serum, often referred to as serum or serum biochemistry, is a component of blood that remains after clotting, consisting primarily of water, electrolytes, proteins, hormones, and waste products. Its yellow color is typically due to the presence of bilirubin and other pigments. Yellow serum is important for diagnostic tests in medical laboratories, as it provides valuable information about a person's health and metabolic state. Additionally, it can be used in various clinical applications, including monitoring liver function and assessing nutritional status.

Leukemia is not an outbreak but rather a type of cancer that affects the blood and bone marrow. It can occur at any time and is influenced by various genetic and environmental factors. While certain types of leukemia, like acute lymphoblastic leukemia (ALL), may show increased incidence in specific age groups or populations, it does not have a defined outbreak period like infectious diseases. Research continues to explore the causes and risk factors associated with leukemia development.

Yes, it can. In most cases leukemia is treated with chemotherapy. A treatment which kills all the fast growing cells in your body, like cancer. However it also kills good cells, like immune system and hair cells.

The most numerous cells in human blood are red blood cells (RBCs), also known as erythrocytes. They account for approximately 40-45% of the blood's volume and number around 4.5 to 6 million cells per microliter of blood in a healthy adult. Their primary function is to transport oxygen from the lungs to tissues and carry carbon dioxide back to the lungs for exhalation.

Other cellular components of blood, such as white blood cells (leukocytes) and platelets (thrombocytes), are much less numerous. White blood cells range from about 4,000 to 11,000 cells per microliter, and platelets typically range from 150,000 to 450,000 per microliter.

Mean corpuscular volume (MCV) is a measure of the average volume of a red blood cell. It is an important parameter in a complete blood count (CBC) test and is used to help diagnose various types of anemia. MCV levels can indicate whether red blood cells are smaller (microcytic), larger (macrocytic), or normal in size (normocytic), which can provide valuable information about the underlying cause of anemia.

A red blood cell and sperm cell are similar in that they both carry something to their destinations, for example, red blood cells carry oxygen around the body while sperm cells carry genetic information into the egg.

Well, honey, that fancy jumble of letters basically means your blood has high red blood cell count, small red blood cells, low hemoglobin concentration per red blood cell, and a high variation in red blood cell size. It could indicate conditions like iron deficiency anemia, thalassemia, or chronic disease. Time to chat with your doctor and figure out what's going on in that bloodstream of yours.

Basically, platelet is a component of Blood and increased blood sugar is due to poor metabolism. So rather than giving your blood parameters in social site, you should visit an ayurveda doctor so that he may find out your root cause of an ailment. There may be numerous causes for your decrement of platelet count and same holds true for sugar levels. Random medications may worsen your condition.

No, mature red blood cells do not have a nucleus or any DNA, including chromosomes. They eject their nucleus as part of the maturation process to make more space for hemoglobin, the oxygen-carrying protein in red blood cells.

I would focus on the bone marrow of the large long bones such as the femurs since both red and white blood cells are affected. There may be infection in the bone marrow (rare), cancer (not quite so rare) or an autoimmune reaction that destroyed the stem cells for red and white blood cells.

Sodium ions are primarily transported into the cell through the sodium-potassium pump, an active transport mechanism that utilizes ATP to move ions against their concentration gradient. Potassium ions move between red blood cells and plasma mainly through passive diffusion, where they move down their concentration gradient through specific channels in the cell membrane.

Plasma (55%)
Proteins (7%)
Albumins (54%)
Globulins (38%)
Fibrinogen (7%)
Others (1%)
Water (91.5%)
Other solutes (1.5%)
Electrolytes. nutrients, gases, vitamins, waste products.

Formed elements (45%)
Red blood cells 4.8-5.4 million / mm3)
Platelets (250-400K/mm3)
White blood cells 5-10K/mm3)
Neutrophils (60-70%)
Lymphocytes (20-25%)
Monocytes (3-8%)
Eosinophils (2-4%)
Basophils (0.5-1%)

Blood cells, including red blood cells, white blood cells, and platelets, are produced inside the bone marrow of certain bones in the body, such as the sternum, ribs, vertebrae, and pelvis. The bone marrow is a spongy tissue found within these bones that is responsible for the production of new blood cells.

That is extremely acidic! Normal is 7.4 +/- 0.05. In the hospital, you might get IV bicarb, but specifics depend on whether this is a diabetic or other metabolic problem - not something you fix with a simple change in diet, because you'll want to fix it fast.

When a red blood cell is placed in a hypertonic solution like dextrose, water will move out of the cell by osmosis, causing the cell to shrink and potentially become crenated. This is because the concentration of solutes outside the cell is higher than inside, creating a concentration gradient that drives water out of the cell.

Red blood cells do not contain mitochondria, they are designed to deliver O2 via their complex heme centers & thus contain no nucleus/organelles, maximizing space for this job. Red blood cells arise from bone marrow stem cells & only circulate, carrying O2 for about 120 days before the spleen recycles their heme groups.

Red blood cells (RBCs) are the oxygen-carrying cells in circulation in the body. RBCs contain the molecule hemoglobin that can bind oxygen (O2) and transport it all over the body. Anemia is lack of sufficient RBCs (and hemoglobin) to carry enough O2. You get tired easily, have muscle weakness, and your heart struggles. Your bone marrow will produce more RBCs that need more hemoglobin to fill them. Hemoglobin has iron in the center that binds to the O2. So you need RBC production from the bone marrow and iron intake from the diet to produce more O2-carrying capacity. This causes your RBC count, the number of RBCs in circulation per unit volume, to increase. RBC count is called the Red Cell Count (RCC). RCC in cells/femtoliter = hematocrit divided by mean corpuscular volume in femtoliters per cell.

The biconcave shape of red blood cells allows for a larger surface area-to-volume ratio, which aids in gas exchange by increasing the efficiency of oxygen and carbon dioxide diffusion. Additionally, the shape gives red blood cells flexibility to deform and pass through narrow capillaries or vessels to deliver oxygen to tissues throughout the body.

A positive blood test for Lyme disease can remain positive for many years, even after successful treatment. This is because the antibodies produced in response to the infection can persist in the blood. It is important to interpret the test results in the context of clinical symptoms and additional tests if needed.

Yes, this combination is possible as blood types B and O are compatible for childbearing. The potential offspring could have blood types B or O. However, determining blood compatibility for marriage or reproduction is more complex and involves additional factors beyond just blood type. It is recommended to consult with a medical professional for personalized advice.

The red color of red blood cells comes from hemoglobin, a protein that binds to oxygen and gives the cells their characteristic hue. Hemoglobin contains iron, which is responsible for the red coloration.