Can the HIV Virus Go Away?

Here are 5 possible cures that scientists are looking into:

1. A vaccine
   • A vaccination, while technically not a cure, would be a powerful tool in the fight against HIV infection.
   • A few studies gave scientists hope that a vaccine for HIV might be possible.
   • There are projects underway to develop a vaccine. However, if successful, this could be the most significant step toward a vaccine and researchers are closer than they have ever been.
   • Many diseases have been nearly eradicated in the past with help of vaccination.
2. Antiretroviral therapy (ART) as a cure
   • It has been demonstrated that treating the virus within the first 48 hours of exposure can significantly reduce the size of the hidden HIV reservoir in the body.
   • This method is appropriate for some people (for example, newborn babies born to HIV-positive mothers), but it will not work for everyone.
   • However, many people do not receive HIV treatment on time and realize they have HIV until months after being exposed.
   • This is another reason why it is critical to get HIV tests if you think that you have been exposed to the infection.
   • Overall, researchers believe that ARTs will not suffice as a cure strategy. Instead, ARTs could be included as part of a treatment plan.
3. Stem cell transplants
   • A stem cell transplant involves introducing healthy stem cells that rebuild the immune system.
   • This is commonly used to treat leukemia, a type of blood and bone marrow cancer that spreads throughout the body.
   • However, stem cell transplants are risky, costly, and require very specific donors because the body may reject the new cells.
4. Shock and kill technique (ART)
   • HIV hides in the body's reservoir cells and can remain dormant as long as a patient receives antiretroviral therapy.
   • When a patient discontinues ARTs, a reservoir virus awakens and begins replicating all over the body again.
   • The idea is to wake up every single virus and kill all of the activated cells, thereby destroying the reservoir all at once.
   • Scientists have discovered drugs that can wake up the silent reservoir cells.
   • The next challenge is to find a drug or method that can destroy infected cells while avoiding healthy cells.
   • There is always a risk that drugs will target healthy cells when destroying cells in the body, so this research moves cautiously to avoid unnecessary damage.
5. Lock and block technique
   • This method aims to trap HIV in its reservoir cell, preventing it from being reactivated.
   • While the virus is still present in the body, it is trapped, unable to escape its host cell, and unable to replicate.
   • Scientists are currently testing drugs for their ability to effectively trap HIV in a host cell while not disrupting the genetic material of uninfected cells.
   • Ideally, a drug would lock HIV away and then deplete the reservoir, removing the virus' ability to resurface.

HIV patients can live at home and maintain a normal social life. Because the virus cannot be transmitted through casual (nonsexual) household contact, family members, roommates, and visitors are not at risk of becoming infected.

Being infected with HIV is a life-changing event, but it does not have to be the end of one's life. If you get the right treatment and take care of yourself, you can expect to live a healthy and productive life.

The human immunodeficiency virus (HIV) weakens the body's immune system.

• Your immune system protects your body from illness and infection and is essential for good health.
• HIV attacks lymphocytes or T-cells, which are important white blood cells (WBCs) in your immune system.
• T-cells detect and eliminate invading organisms in the body and eliminate cancerous cells. HIV multiplies and destroys the T-cells.
• When your body loses a sufficient number of T-cells, it can become very ill.
• It contracts infections that a healthy person's immune system would normally be able to fight. Infections, such as colds, flu, and other viral, fungal, and many bacterial infections fall into this category.

Some people develop flu-like symptoms within two weeks of being exposed to HIV, such as:

• Chills
• Fever
• Sore throat
• Night sweats
• Rash
• Fatigue
• Mouth ulcers
• Swollen lymph nodes

Not everyone exhibits all the symptoms, and the virus may not be detectable in a test for several weeks.

Untreated HIV infection weakens the immune system and progresses to full-blown acquired immune deficiency syndrome (AIDS), with far more severe symptoms, including:

• Rapid weight loss
• Extreme tiredness
• Recurring fever and infections
• Swelling of the lymph glands
• Long bouts of diarrhea
• Blotchy skin
• Mouth sores
• Memory loss

HIV is found in an infected person's body fluids, which include sperm, vaginal and anal fluids, blood, and breast milk. To contract HIV, one of these fluids from an infected person must enter your bloodstream.

HIV is most commonly transmitted via vaginal or anal sex without the use of a condom. Other ways to get HIV to include:

• Injecting drugs with a contaminated needle, syringe, or other devices
• Transmission from mothers to their children before, during, or after birth
• Oral sex
• Sharing of sex toys

HIV can affect anyone but certain factors may increase the risk, such as:

• Unprotected sex
• Use of injected drugs
• People who have another sexually transmitted infection

Human immunodeficiency virus (HIV) infection is classified into four stages by the World Health Organization (WHO).

1. Stage I (HIV infection): The cluster of differentiation 4 (CD4+) cell count (a type of T-cells) is at least 500 cells per microliter.
2. Stage II (HIV infection): The CD4+ cell count is 350 to 499.
3. Stage III (advanced HIV disease or AHD): The CD4+ cell count is 200 to 349.
4. Stage IV (acquired immune deficiency syndrome or AIDS): The CD4+ cell count is less than 200 or the percent of CD4+ cells is less than 15 percent of all lymphocytes.

In general, the higher the CD4+ count, the less likely opportunistic diseases (diseases that occur in people with low immunity) are. The majority of people with untreated HIV experience a gradual decrease in the number of CD4+ cells.

Each person reacts differently to this decline. HIV causes deterioration of the immune system (immune deficiency), so the body is not able to fend off diseases and infections. 

AIDS is the term applied to the most advanced stages of HIV infection and is defined by the development of any of more than 20 opportunistic infections or HIV-related cancers.

More than 1.1 million people in the United States are infected with HIV, with an estimated 162,500 of them being unaware of their situation. While there are medications that can help prevent the transmission and spread of HIV, as well as its progression to AIDS, there is no vaccine or cure for the virus.