Title: Erectile Dysfuction Panel
Description: The Erectile Dysfunction (ED) Panel is a comprehensive diagnostic tool designed to assess the underlying causes of erectile dysfunction, a common condition affecting men’s sexual health. This panel evaluates hormonal, metabolic, thyroid, and renal functions to identify potential contributors to ED.
Description: The Erectile Dysfunction (ED) Panel is a comprehensive diagnostic tool designed to assess the underlying causes of erectile dysfunction, a common condition affecting men’s sexual health. This panel evaluates hormonal, metabolic, thyroid, and renal functions to identify potential contributors to ED.
1. Testosterone, Free
Role in the Body: Testosterone is the primary male sex hormone responsible for libido, sexual function, and overall energy levels. Free testosterone refers to the biologically active portion of testosterone not bound to proteins in the blood.
Significance in ED: Low free testosterone levels can contribute to reduced libido and erectile function. Measuring free testosterone provides a more precise assessment of hormonal status compared to total testosterone.
2. Cholesterol
Role in the Body: Cholesterol is vital for cell membrane integrity and hormone synthesis. However, imbalances can contribute to cardiovascular issues.
Significance in ED: High levels of LDL cholesterol or low HDL cholesterol can impair blood flow to the penis due to atherosclerosis, a major factor in vascular-related ED.
3. Hemoglobin A1c (HbA1c)
Role in the Body: HbA1c measures average blood glucose levels over the past 2-3 months and is an indicator of long-term blood sugar control.
Significance in ED: Poor glycemic control, as indicated by elevated HbA1c levels, can damage blood vessels and nerves, leading to diabetic neuropathy and impaired erectile function.
4. Thyroid-Stimulating Hormone (TSH)
Role in the Body: TSH regulates thyroid function, which in turn affects metabolism, energy levels, and hormonal balance.
Significance in ED: Abnormal thyroid function (hypothyroidism or hyperthyroidism) can disrupt testosterone production and cause fatigue or mood changes, all of which can contribute to ED.
5. Creatinine
Role in the Body: Creatinine is a marker of kidney function, which is essential for overall metabolic balance and hormone regulation.
Significance in ED: Impaired kidney function, indicated by abnormal creatinine levels, can lead to toxin buildup and hormonal imbalances, both of which are associated with erectile dysfunction.
Clinical Applications:
Comprehensive Evaluation: Identifies hormonal, vascular, metabolic, and renal factors contributing to ED.
Personalized Treatment Plans: Results can guide interventions such as hormone therapy, lifestyle modifications, or medications to address underlying issues.
Monitoring Health Risks: Helps detect conditions like diabetes, thyroid disorders, or cardiovascular disease that may require broader medical attention.
Ideal Candidates for Testing:
Men experiencing persistent erectile dysfunction.
Patients with risk factors such as diabetes, obesity, cardiovascular disease, or hormonal imbalances.
Individuals seeking a detailed understanding of their sexual health and overall well-being. The Erectile Dysfunction Panel is a valuable tool for uncovering the multifactorial causes of ED, enabling targeted and effective treatment strategies.
Role in the Body: Testosterone is the primary male sex hormone responsible for libido, sexual function, and overall energy levels. Free testosterone refers to the biologically active portion of testosterone not bound to proteins in the blood.
Significance in ED: Low free testosterone levels can contribute to reduced libido and erectile function. Measuring free testosterone provides a more precise assessment of hormonal status compared to total testosterone.
2. Cholesterol
Role in the Body: Cholesterol is vital for cell membrane integrity and hormone synthesis. However, imbalances can contribute to cardiovascular issues.
Significance in ED: High levels of LDL cholesterol or low HDL cholesterol can impair blood flow to the penis due to atherosclerosis, a major factor in vascular-related ED.
3. Hemoglobin A1c (HbA1c)
Role in the Body: HbA1c measures average blood glucose levels over the past 2-3 months and is an indicator of long-term blood sugar control.
Significance in ED: Poor glycemic control, as indicated by elevated HbA1c levels, can damage blood vessels and nerves, leading to diabetic neuropathy and impaired erectile function.
4. Thyroid-Stimulating Hormone (TSH)
Role in the Body: TSH regulates thyroid function, which in turn affects metabolism, energy levels, and hormonal balance.
Significance in ED: Abnormal thyroid function (hypothyroidism or hyperthyroidism) can disrupt testosterone production and cause fatigue or mood changes, all of which can contribute to ED.
5. Creatinine
Role in the Body: Creatinine is a marker of kidney function, which is essential for overall metabolic balance and hormone regulation.
Significance in ED: Impaired kidney function, indicated by abnormal creatinine levels, can lead to toxin buildup and hormonal imbalances, both of which are associated with erectile dysfunction.
Clinical Applications:
Comprehensive Evaluation: Identifies hormonal, vascular, metabolic, and renal factors contributing to ED.
Personalized Treatment Plans: Results can guide interventions such as hormone therapy, lifestyle modifications, or medications to address underlying issues.
Monitoring Health Risks: Helps detect conditions like diabetes, thyroid disorders, or cardiovascular disease that may require broader medical attention.
Ideal Candidates for Testing:
Men experiencing persistent erectile dysfunction.
Patients with risk factors such as diabetes, obesity, cardiovascular disease, or hormonal imbalances.
Individuals seeking a detailed understanding of their sexual health and overall well-being. The Erectile Dysfunction Panel is a valuable tool for uncovering the multifactorial causes of ED, enabling targeted and effective treatment strategies.
- Instructions: Fasting 6-8 hours may be required. This test is performed on a blood sample collected from a vein.
