Doctor Onye-na-onye

Doctor Onye-na-onye Dr.onye-na-onye
A MEDICAL PRACTITIONER, HEALTH ANALYST, HELPING PEOPLE TO LIVE LONG AND MANAGE THEIR LIFE.
(1)

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THEY SAID THESE FOODS WERE UNHEALTHY, BUT READ CAREFULLY TO KNOW IF HEALTHY OR NOT.BUT DON'T OVER USE THEM.

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WHAT HAPPENED TO YOUR HEART WHEN OBESITY IS PRESENT.

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High blood pressure and it's crisis

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Why women live longer than men in life
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Why women live longer than men in life
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The cause of early de@th in male or human

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Health benefits of black pepper 🫑

Health Topics → Prostate Cancer;What is prostate cancer?Cancer is a disease in which cells in the body grow out of contr...
01/12/2024

Health Topics → Prostate Cancer;

What is prostate cancer?
Cancer is a disease in which cells in the body grow out of control. Prostate cancer begins in the cells of the prostate. The prostate is a gland in the male reproductive system. It lies just below the bladder. It makes fluid that is part of semen.

Prostate cancer is one of the most common types of cancer. It often grows very slowly. If it does not spread to other parts of the body, it may not cause serious problems. But sometimes prostate cancer can grow quickly and spread to other parts of the body. This kind of prostate cancer is serious.

What causes prostate cancer?
Researchers don't know for sure what causes prostate cancer. They do know that it happens when there are changes in the genetic material (DNA).

Sometimes these genetic changes are inherited, meaning that you are born with them. There are also certain genetic changes that happen during your lifetime that can raise your risk of prostate cancer. But often the exact cause of these genetic changes is unknown.

Who is more likely to develop prostate cancer?
Anyone who has a prostate can develop prostate cancer. But certain factors can make you more likely to develop it:

Age. Your chance of developing prostate cancer increases as you get older. Prostate cancer is rare in people under age 50.
Family health history. Your risk of prostate cancer is higher if you have a parent, sibling, or child who has or has had prostate cancer.
Race. African Americans are more likely to get prostate cancer. They're also more likely to:
Get prostate cancer at a younger age.
Have more serious prostate cancer.
Die from prostate cancer.
What are the symptoms of prostate cancer?
Prostate cancer doesn't always cause symptoms, especially at first. If it does cause symptoms, they may include:

Problems urinating (peeing), such as:
A urine stream that's weak, hard to start, or starts and stops
Suddenly needing to urinate right away
Urinating often, especially at night
Pain or burning when urinating
Blood in your urine or semen
Pain in your lower back, hips, or pelvis that does not go away
Painful ej*******on (the release of semen through the p***s during or**sm)
But many of these symptoms may be from other common prostate problems that aren't cancer, such as an enlarged prostate.

You should discuss your prostate health with your health care provider if you:

Have symptoms that could be prostate cancer
Have a high risk for developing prostate cancer
Had a screening test that suggests you could have prostate cancer
What are prostate tests and how is prostate cancer diagnosed?
Tests which check for prostate cancer include:

A digital re**al exam (DRE). In this exam, your provider feels your prostate for lumps or anything unusual by inserting a lubricated, gloved finger into your re**um.
A prostate-specific antigen (PSA) blood test. A high PSA blood level may be a sign of prostate cancer. But many other things can cause high PSA levels, too.
Imaging tests. These tests may use ultrasound or MRI to make pictures of your prostate.
If these tests show that you might have prostate cancer, the next step is usually a prostate biopsy. A biopsy is the only way to diagnose prostate cancer.

During a biopsy, a doctor uses a hollow needle to remove some prostate tissue. The tissue is studied under a microscope to look for cancer cells.

What are the treatments for prostate cancer?
Your treatment options usually depend on your age, your general health, and how serious the cancer is. Your treatment may include one or more options:

Observation,which is mostly used if you are older, your prostate cancer isn't likely to grow quickly, and you don't have symptoms or you have other medical conditions. Your doctor will keep checking on your cancer over time so to see whether you will need to start treatment for the cancer. There are two types of observation:
Watchful waiting means having little or no testing. If symptoms begin or change, you will get treatment to relieve them, but not to treat the cancer.
Active surveillance means having regular tests to see if your prostate cancer has changed. If the tests show the cancer is starting to grow or if you develop symptoms, then you will have treatment to try to cure the cancer.
Surgery to remove your prostate gland may be an option if your cancer hasn't spread outside of your prostate.
Radiation therapy uses high energy to kill cancer cells or prevent them from growing.
Hormone therapy blocks cancer cells from getting the hormones they need to grow. It may include taking medicines or having surgery to remove the testicles.
Chemotherapy uses medicines to kill cancer cells, slow their growth, or stop them from spreading. You might take the drugs by mouth, as an injection (shot), as a cream, or intravenously (by IV).
Targeted therapy uses drugs or other substances that attack specific cancer cells. This treatment causes less harm to healthy cells than radiation therapy or chemotherapy.
Immunotherapy helps your own immune system to fight cancer.
Can prostate cancer be prevented?
Making healthy lifestyle changes may help to prevent some prostate cancers. These changes include:

Being at a healthy weight
Quitting smoking
Getting enough exercise
Eating healthy foods

TOPIC:-CONGENITAL HEART BLOCK;  Congenital heart block (CHB) is a rare condition in which the electrical signals that co...
29/11/2024

TOPIC:-CONGENITAL HEART BLOCK;

Congenital heart block (CHB) is a rare condition in which the electrical signals that control the heartbeat are slowed or completely blocked as they travel from the upper chambers (atria) to the lower chambers (ventricles) of the heart. This disruption in electrical conduction leads to an abnormally slow heart rate (bradycardia).

Types of Congenital Heart Block

CHB is typically classified based on its underlying cause:

1. Isolated CHB (Immune-mediated):

Occurs when maternal antibodies, specifically anti-Ro/SSA or anti-La/SSB, cross the placenta and damage the fetal heart tissue, particularly the conduction system.

Commonly associated with autoimmune diseases in the mother, such as lupus or Sjögren’s syndrome.

2. Structural CHB (Non-immune):

Associated with congenital structural abnormalities of the heart, such as atrioventricular (AV) septal defects or other congenital heart defects.

May also result from genetic mutations or developmental issues during fetal heart formation.

Degrees of Heart Block

Congenital heart block can be classified into three degrees based on the severity of the conduction delay:

First-degree: Electrical signals are delayed but not blocked. Often asymptomatic.

Second-degree: Some electrical signals are blocked, leading to irregular heart rhythms.

Third-degree (complete heart block): All signals are blocked, resulting in a complete disconnect between atrial and ventricular contractions. This can be life-threatening.

Symptoms

Symptoms depend on the severity and degree of the block and may include:

Slow heart rate in the fetus or newborn

Fatigue or poor feeding in infants

Cyanosis (bluish skin tone)

Dizziness or fainting (syncope)

Heart failure in severe cases

Diagnosis

Prenatal Diagnosis: CHB can often be detected via fetal echocardiography or Doppler ultrasound.

Postnatal Diagnosis: Electrocardiogram (ECG) is used to confirm the block and its degree.

Treatment

Treatment depends on the severity:

Mild cases (e.g., first-degree block): May only require monitoring.

Severe cases (e.g., complete block): A pacemaker may be needed to regulate the heart's rhythm.

Fetal Therapy: In some cases, maternal corticosteroids or other medications may be used to reduce inflammation or manage heart failure in the fetus.

Early detection and appropriate management are crucial to improving outcomes in congenital heart block.

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