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The main goal of TRT is to restore testosterone to a normal range, not to raise it higher than normal. This natural decline may not cause problems for everyone, but for some men, the drop can be more noticeable and lead to health issues. Some men are born with conditions that affect hormone production. However, like any treatment, it can have side effects. Testosterone may cause the body to hold onto more salt and water. These changes could cause a person to feel short of breath. Some men who begin TRT may notice they feel winded more often or cannot catch their breath as easily.
Releasing my left diaphragm and ribcage actually let out so much pent up trauma. And i would need to do horizontal shallow breathes to calm it down. You’d be amazed how much of a workout just strengthening your diaphragm and core is.
When the heart cannot pump blood effectively, it can lead to fluid backing up in the lungs. Understanding how TRT works in the body helps explain why some people may experience breathing problems during treatment. People with heart failure often feel short of breath because blood backs up into the lungs. This extra fluid puts more pressure on the blood vessels, making the heart work harder to move blood throughout the body.
Whole body barometric plethysmography was used to measure ventilation in awake, freely-behaving rats 2 weeks post-SCI during baseline (BL) normoxia and respiratory challenge (Max). A baseline blood sample was taken, and the rats were exposed to AIH, consisting of three 5 min hypoxic episodes (FIO2, 0.10–0.12; PaO2, 35–50 mmHg) interspersed with 5 min intervals of baseline conditions (i.e., FIO2, 0.5–0.6). We did not observe increased blood pressure or respiratory nerve activity in any of the rats after toe pinch. Preliminary studies were carried out to determine if C2Hx reduced circulating testosterone levels 2 weeks post-SCI in 10 male rats. Daily post-op care included fluid and nutrition supplementation, antibiotics, bladder expression if needed (this was rare and temporary), and pain management with buprenorphine. One week post injury, rats were supplemented with either E2, or DHT (the non-aromatizable form of testosterone that acts via AR activation) for 7 days. In a preliminary cohort of male rats, we established that testosterone levels declined following C2Hx, similar to what has been documented in humans.
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Extra weight around the chest and abdomen makes it harder to take deep breaths. Even former smokers may be at higher risk because of long-term damage to the airways and lungs. Understanding the risk factors can help doctors and patients work together to stay safe while using testosterone therapy. Men with asthma might notice increased wheezing or nighttime coughing, while those with COPD could have more frequent flare-ups. Apart from sleep apnea, TRT may also affect men with chronic lung diseases like asthma or COPD.
Taking too much testosterone can lead to high levels in the blood. TRT can sometimes increase the risk of heart problems in people with existing conditions. They help find breathing problems like asthma, chronic obstructive pulmonary disease (COPD), or other lung conditions. These levels help doctors decide if the lungs are getting enough oxygen into the blood and removing carbon dioxide properly. Too much testosterone increases the chance of side effects, including breathing problems. Doctors may lower the TRT dose, pause treatment, or recommend a blood draw (called therapeutic phlebotomy) to reduce red cell levels.
For example, sleep apnea is a breathing disorder where a person stops breathing for short times during sleep. This makes it hard for oxygen to pass into the blood and causes shortness of breath, especially when lying down. Another way testosterone may affect breathing is by changing how the heart works. If too much fluid builds up in the lungs or around the heart, it can become hard to breathe. Thicker blood can move more slowly through blood vessels and make the heart work harder to push it around the body. Testosterone does not act directly on the lungs, but the changes it causes in blood and the heart can affect lung function. This includes heart failure, where the heart cannot pump enough blood to meet the body's demands.
Using ELISA, SCI rats (0.64 ng/mL) showed significantly reduced serum testosterone 2 weeks post-injury compared to Shams (0.88 ng/mL). In preliminary studies, rats received C2-hemisection or Sham surgeries (laminectomy) to determine how the injury would impact serum testosterone levels. C2-hemisection induces a reduction in circulating testosterone levels for at least 2 weeks post-SCI. Preliminary tests demonstrated that C2Hx caused reduced levels of circulating testosterone 2 weeks post-injury (Figure 2). Following stabilization of the chamber gas mixture, a 2-min segment of stable breathing in the latter third of Max challenge was used for analysis. Two-way ANOVA with repeated measures was used to analyze group differences for time (e.g., baseline and 15, 30, and 60 min post-AIH) and treatment effects. Nerve activity was monitored for 60 min after the last hypoxic episode while maintaining baseline levels of arterial blood gases.

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