Hormetic Stress Biohacking Type 1 Diabetes CGM

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Photo: Unsplash.com Medical Disclaimer : The content on this blog is purely for informational purposes only. For medical advice, diagnosis and treatment, consult your doctor. The ultimate goal for anyone living with Type 1 Diabetes (T1D) is stability. You want fewer spikes, fewer crashes, and more time spent in your target blood sugar range. Read more on blood sugar spike . For years, standard medical advice focused purely on matching insulin doses to carbohydrate intake. While this foundational math is necessary, it often leaves people riding a frustrating blood sugar roller coaster. Today, a new wave of tech-savvy individuals is looking beyond the traditional playbook. They are combining the principles of biohacking, the physiological benefits of hormetic stress, and the real-time data of Continuous Glucose Monitors (CGMs) to transform how they manage their health. This approach does not replace insulin. Instead, it aims to make the body more resilient, predictable, and res...

Answers to six important questions about aplastic anemia

This blog is designed for informational purposes to patients. It does not offer any medical advice. Consult your qualified medical doctor for treatment and proper diagnosis.


Aplastic anemia has been defined as a rare but serious blood condition that occurs when your bone marrow cannot make enough new blood cells for your body to work normally. It can develop quickly or slowly, and it can be mild or serious.

What are the symptoms of aplastic anemia?

Symptoms of aplastic anemia include:
2. Infections that last a long time

How is aplastic anemia diagnosed?

Aplastic anemia is caused by damage to stem cells inside your bone marrow, which is the sponge-like tissue within your bones. Many diseases and conditions can damage the stem cells in bone marrow. As a result, the bone marrow makes fewer red blood cells, white blood cells and platelets.
The most common cause of bone marrow damage is from your immune system attacking and destroying the stem cells in your bone marrow. This is a type of autoimmune illness, a disease that makes your body attack itself. Other causes of aplastic anemia include some medicines, such as those used in chemotherapy, and exposure to toxins or chemicals in the environment. You can also inherit the condition, in rare cases.

Treatments for aplastic anemia may include the following:

1. Blood and bone marrow transplants, which may cure aplastic anemia in some people
2. Blood transfusions (optional: Some patients refuse blood transfusions for religious and other reasons)
3. Medicines to stop your immune system from destroying the stem cells in your bone marrow.
4. Medicines to help your body make new blood cells
5. Removing or staying away from toxins in your environment.

Consult your qualified doctor medical treatment. Your doctor will monitor your condition and screen you for blood conditions regularly. If you take medicine that affects your immune system, you will need to take steps to prevent infection and get annual flu shots.

What happens if aplastic anemia is not treated?

Aplastic anemia can raise your risk of complications such as bleeding, leukemia, or other serious blood conditions. Without treatment, aplastic anemia can lead to serious medical conditions such as irregular heartbeat and heart failure.


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