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The Impact of Sickle Cell Disease on Human Health You Need To Know

Sony Eguabor — Mon, 03 Mar 2025 21:00:00 +0000

Sickle cell disease is a genetic disorder that affects the shape of red blood cells, causing them to become stiff, sticky, and crescent-shaped instead of round. Individuals with sickle cell disease may also experience fatigue, jaundice, and delayed growth and development due to the decreased oxygen flow caused by the misshapen red blood cells. In addition to the physical symptoms, the emotional toll of living with a chronic illness like sickle cell disease can be overwhelming, leading to feelings of isolation, anxiety, and depression.

The daily challenges of managing pain, seeking medical care, and coping with the uncertainty of the disease's progression can take a significant toll on the mental health and overall quality of life of those affected. Living with sickle cell disease presents a myriad of challenges, both physically and emotionally. The constant battle with fatigue, jaundice, and delayed growth can be exhausting, while the emotional toll of feeling isolated and anxious can be equally draining.

Managing the daily struggles of pain, medical care, and uncertainty can feel like an uphill battle, impacting not only the individual's mental health but also their overall quality of life. The root cause of these challenges lies in the abnormal shape of red blood cells in individuals with sickle cell disease. These cells are crescent-shaped instead of the normal round shape, due to a genetic mutation in hemoglobin. This deformation makes it difficult for these cells to travel through vessels, leading to blockages that can cause pain, organ damage, and other serious complications.

One of the most common and painful symptoms of sickle cell disease is vaso-occlusive crisis, which occurs when sickle cells block small blood vessels, cutting off the oxygen supply to tissues and causing severe pain. These painful episodes can last for days or even weeks and can have a major impact on a person's quality of life. In addition to vaso-occlusive crisis, individuals with sickle cell disease are also at increased risk for other complications, such as infections, acute chest syndrome, stroke, and organ damage.

The impact of sickle cell disease on human health extends beyond physical symptoms, as individuals living with the condition often face social and emotional challenges as well. The chronic pain and frequent hospitalizations associated with sickle cell disease can lead to feelings of isolation, depression, and anxiety. Additionally, the unpredictable nature of the condition can make it difficult for individuals to plan for the future and maintain relationships with friends and family members.

Sickle cell disease can also have a significant impact on the economic well-being of individuals and families. The cost of ongoing medical care, including medications, hospitalizations, and frequent doctor's visits, can be a major financial burden for those living with the condition. In addition, the pain and disability caused by sickle cell disease can make it difficult for individuals to work or attend school, leading to lost income and educational opportunities.

Despite these challenges, advances in medical research and treatment have improved the outlook for individuals with sickle cell disease in recent years. New medications, such as hydroxyurea, have been shown to reduce the frequency and severity of vaso-occlusive crises and other complications associated with the condition. In addition, bone marrow transplants and gene therapy are being explored as potential cures for sickle cell disease.

In recent years, there has been a growing recognition of the need for increased awareness and support for individuals living with sickle cell disease. September is designated as National Sickle Cell Awareness Month in the United States to raise awareness about the condition and advocate for improved access to care and treatment for those affected by it. Organizations such as the Sickle Cell Disease Association of America work to provide education, advocacy, and support for individuals and families living with the condition.

In conclusion, the impact of sickle cell disease on human health is significant and far-reaching, affecting both the physical and emotional well-being of individuals living with the condition. Despite the challenges and complications associated with sickle cell disease, advances in medical research and treatment offer hope for improved outcomes for those affected by the condition. Increased awareness and support for individuals living with sickle cell disease are crucial to improve access to care and treatment and ensure better outcomes for those affected by this complex and challenging condition.

Haemocare, Cordy Active, Cordy Royal Jelly & Reishi Can Be Of Help In Managing The Disease.

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How Does Human Blood Circulatory System Work?

Sony Eguabor — Thu, 03 Aug 2023 09:00:00 +0000

The function of the blood circulatory system is to deliver digested nutrients from food and oxygen from the alveoli of the lungs to all cells of the body. The blood circulatory system encompasses the heart and the blood vessels which run through the entire body. The arteries carry blood away from the heart while the veins blood back to the heart. The blood vessel is been likened to a tree where the trunk resembles the main artery (aorta) which branches into large arteries, then to smaller and smaller vessels. They finally branched into the smallest arteries which end up in a network of tiny vessels known as the capillary network.

Blood Circulatory System

The blood circulatory system at times is called the cardiovascular system. It works as a simple loop that starts from the heart and ends up in the heart. It can also be considered to be a closed system in that blood does not enter or leave the system during its journey from the heart via the entire body and back to the heart. The system thus ensures a continuous flow of blood through the loop again and again.

Circulation Begins in Your Heart: The blood circulatory system begins in the right atrium of the heart which is located on the upper right-hand side of the heart. The blood thus flows from the right side of the heart and passes through the lungs to get rid of carbon dioxide and pick up oxygen. This oxygenated blood returns to the left side of your heart and ends up in the left ventricle. The left ventricle which pumps blood to the rest part of the body happens to be the strongest part of the heart.

The left ventricle can be considered the most important chamber of the heart when it comes to circulating blood throughout the entire body. It is also the largest of the four chambers and has the capacity of generating enough force necessary to propel blood out of the aorta. And this aorta is the first artery the blood enters as it leaves the heart.

The blood that leaves the heart through the aorta travels from the main artery into larger and smaller arteries and the capillary network. It is in this capillary network that the blood drops off oxygen, nutrients, and other important substances and picks up carbon dioxide and waste products. The blood which is now low in oxygen (deoxygenated blood) is collected via the network capillaries into the veins and starts its journey back to the heart via the right atrium and into the right ventricle.

It is inside the right ventricle that pulmonary circulation begins. Deoxygenated blood is pumped into the pulmonary artery and this branches off into smaller and smaller arteries and capillaries. The capillaries end up forming a fine network around the pulmonary vesicles (i.e. the alveoli). It is in the alveoli that the exchange of carbon dioxide and oxygen takes place. Carbon dioxide is released from the blood into the air via the alveoli while fresh oxygen enters the bloodstream. So anytime we breathe out, carbon dioxide leaves our body while oxygen goes in prompting a new cycle of the systemic circulation.

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Do You Know What Human Body Contains?

Sony Eguabor — Thu, 01 Jun 2023 10:00:00 +0000

The human body is a complex system comprising of so many functionalities, starting from the cell level into the tissue, and into the organs. Read through to know what your human body is composed of.

1: The number of bones in the body is: (206). The function of the bone is to provide shape and support for the body as well as protection for some vital organs of the body.

2: Number of muscles: (639). The main function of muscles is to allow a person to move, speak, and chew. Muscles also help in the control of heartbeat, breathing, and digestion.

3: Number of kidneys: (2). The major function of the kidneys is to remove waste products and excess fluid from the body through the urine, which is the result of complex steps of excretion and re-absorption. The kidneys also help in maintaining a healthy balance of water, salts, and minerals like sodium, calcium, phosphorus, and potassium in the blood.

4: Number of milk teeth: (20). The function of teeth is for mastication. The teeth help in the cutting, mixing, and grinding of the food to a stage that can allow the tongue and oropharynx to shape it into a bolus that can be swallowed.

5: Number of ribs: 24 (12 pairs). The function of the rib cage is to protect the organs in the thoracic cavity, assist in respiration, and also provide support for the upper extremities. The ribs are elevated during inspiration, while during expiration the ribs are depressed.

Human Being

6: Heart chamber number: (4). The heart has four chambers, and the right atrium receives oxygen-poor blood from the body and pumps it to the right ventricle. The right ventricle in turn pumps the deoxygenated blood into the lungs. It is the left atrium that receives the oxygenated blood from the lungs and helps to pump it to the left ventricle. And the left ventricle has to pump the oxygenated blood to the rest of the body.

7: Largest artery: (Aorta). The oxygenated blood leaves the heart to be transported to the rest part of the body through the aorta making a cane-shaped curve that allows other major arteries to be connected to deliver oxygenated blood to the area of need like the brain, muscles, and other cells.

8: Number of vertebrae in the spinal column: (33) The vertebral column protects the spinal cord, and it also provides both the stiffening for the body and attachment for the pectoral and also pelvic girdles and many other muscles. It also functions in carrying the body weight in walking and standing.

9: Number of vertebrae in the neck: (7) Cervical vertebrae also function in protecting the spinal cord. It consists of seven bones stacked upon one another to form a tunnel for the spinal cord to pass through. The peripheral spinal nerves also travel through a small hole within the bones called the foramen.

10: Number of bones in the middle ear: (3) The middle ear contains three small bones called ossicles. When the eardrum vibrates, the vibrations are then passed to the 3 tiny bones in the middle ear. The function of the ossicles is to amplify the sound and send the sound waves to the inner ear, which in turn sends it into the fluid-filled hearing organ (cochlea).

11: Number of bones in the face: (14) The facial skeleton serves to protect the brain; houses and protect the sense organs of smell, sight, and taste. It also helps to provide a framework where the soft tissues of the face can act to facilitate eating, facial expression, breathing, and speech.

12: Number of bones in the skull: (22) The function of the 22 bones of the skull is to provide protection and structure. It helps to protect the brain (cerebellum, cerebrum, brainstem), and the orbits of the eyes. It also provides a structural anchor for tendons and muscular attachments of the muscles of the scalp and face.

13: Number of bones in the chest: (25) The bones comprise the rib cage and spine protect the vital organs around the chest from injury, and they also provide structural support for the body.

14: Number of bones in arms: (6) The 6 bones of the arm function mainly in supporting the upper limb and also provides attachment points where the muscles that move the upper arm will be attached to. These bones also function effectively in the joints by providing a wide range of motion and flexibility needed with the arm and hand.

15: Number of muscles in the human arm: (72) The function of the muscles of the human arm help in small movements like wiggling the fingers or fastening a button, and also in big movements, like straightening your elbow. The muscles of the human arm also help in raising your arms above your head or doing push-ups.

16: Largest organ: (Skin) Skin is the largest organ in the body. It functions mainly in providing a protective barrier against mechanical, thermal, and physical injury and hazardous substances. It helps to prevent loss of moisture and reduces the harmful effects of UV radiation. It also acts as a sensory organ like touch, detects temperature changes, and helps to regulate the body temperature.

17: Largest gland: (Liver) The liver which is the largest gland in the body helps in the filtration of the blood and breaking down poisonous substances, such as alcohol and drugs. Bile is the fluid that helps digest fats and carries away waste produced in the liver.

18: Average length of the small intestine: (7m) The small intestine is a part of the digestive system, and it consists of three parts i.e. the duodenum, jejunum, and ileum. The function of the small intestine helps to further digest food that comes from the stomach, and also helps in absorbing nutrients like (vitamins, minerals, carbohydrates, fats, proteins) and water from digested food.

19: Average length of the large intestine: (1.5 m) The large intestine is also part of the digestive system, and the three primary functions are: (1) absorbing water and electrolytes, (2) producing and absorbing vitamins, and (3) forming and propelling feces toward the rectum for elimination.

The entire human body works together to achieve a common goal of wellness, and any derangement or defect in one particular area affects the targeted goal of wellness. In case you’re feeling not too sound, please visit your health practitioner.

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