Hormone Tests for Men

Men’s hormone testing helps explain symptoms like low energy, reduced libido, mood changes, and shifts in body composition. The core question is whether testosterone is truly low, and if so, why—a testicular issue (primary) or a pituitary/hypothalamic signal problem (secondary). Because these symptoms overlap with thyroid disorders, anemia, sleep apnea, depression, diabetes, and medication effects, labs provide the clarity to build a smart plan with your clinician.

A proactive approach starts with two separate morning total testosterone tests, adds free testosterone context (via SHBG/albumin or equilibrium dialysis), and uses LH/FSH to classify cause. Prolactin is checked when secondary causes are suspected. Safety and whole-health baselines—CBC, CMP, lipids, A1c, TSH, and sometimes estradiol (sensitive assay)—round out the picture. Results support screeningdiagnostic work-ups, and monitoring, but do notreplace a clinician’s exam, accurate blood-pressure and sleep assessments, imaging when indicated, or urgent care for severe symptoms.

Signs, Symptoms & Related Situations

  • Sexual health: low libido, erectile changes, fewer morning erections

  • Energy & mood: fatigue, low motivation, depressed mood, irritability, brain fog

  • Body composition: loss of muscle/strength, increased abdominal fat, slower recovery from training

  • Hair & skin: reduced shaving frequency, body hair thinning, acne (with high androgens)

  • Fertility & puberty: difficulty conceiving, smaller/softer testes, delayed puberty history

  • Medication & conditions: chronic opioids or glucocorticoids, pituitary disease, obesity, diabetes, thyroid disorders, sleep apnea

  • Seek urgent care now: chest pain, sudden shortness of breath, one-sided weakness, severe headache, or vision loss

Symptoms always need clinician evaluation.

Why These Tests Matter

What testing can do

  • Confirm or refute deficiency with repeat morning testosterone and free T context

  • Differentiate causes with LH/FSH (testicular vs. pituitary/hypothalamic) and prolactin when appropriate

  • Establish baselines (CBC, CMP, lipids, A1c, TSH) to monitor health and therapy safety over time

What testing cannot do

  • Diagnose from a single number or without symptoms

  • Choose an HRT dose or route on labs alone—clinical context matters

  • Replace evaluation for sleep apnea, thyroid disease, depression, or cardiometabolic risk

What These Tests Measure (at a glance)

  • Total Testosterone (two mornings, ~7–10 a.m.): first-line measure; avoid testing during acute illness.

  • Free Testosterone (calculated/measured): clarifies status when SHBG is high or low (age, obesity, thyroid/liver disease, medications).

  • SHBG & Albumin: needed for free-T calculations; SHBG shifts can mask true androgen status.

  • LH & FSH: high → primary testicular issue; low/normal → secondary (pituitary/hypothalamic).

  • Prolactin (if indicated): screens for hyperprolactinemia in low-T with low/normal LH/FSH or symptoms (galactorrhea, headaches/vision changes).

  • Estradiol (sensitive LC/MS preferred): helps assess gynecomastia or symptoms from aromatization; used selectively.

  • TSH (± Free T4): thyroid disorders mimic low-T symptoms; check baseline.

  • CBC (Hgb/Hct): anemia screen; monitors erythrocytosis if on testosterone.

  • Comprehensive Metabolic Panel (AST/ALT, creatinine, electrolytes): medication safety and general health.

  • A1c/Glucose & Lipid Panel (± ApoB): cardiometabolic risk that often intersects with androgen symptoms.

Quick Build Guide

Goal Start with Add if needed
Confirm low testosterone Total T (2× morning) • SHBG/Albumin Free T (calc or equilibrium dialysis)
Classify cause LH/FSH Prolactin • Iron studies if hemochromatosis/pituitary concern
Whole-health baseline CBC • CMP • Lipid Panel • A1c/Glucose • TSH Estradiol (sensitive) when clinically relevant
On testosterone therapy Testosterone (timed to route) • CBC PSA per clinician • CMP • Lipids/A1c • Estradiol
Fertility focus Total/Free T • LH/FSH • Prolactin Semen analysis (clinic) • Thyroid/A1c as context

How the Testing Process Works

  1. Order your starting set: two morning total T tests on different days; include SHBG/albumin and free T if needed.

  2. Add classifiers & safety labs: LH/FSH (± prolactin) to find the cause; CBC, CMP, lipids, A1c, TSH for baseline health.

  3. Prepare for accuracy: morning draw; list all meds (including steroidsopioidsthyroid medsbiotin). Do notstop prescriptions without clinician guidance.

  4. Get your draw: visit a nearby patient service center; most results post within a few days.

  5. Review & plan: discuss results with your clinician; set follow-up timing—especially if starting or adjusting therapy.

Interpreting Results (General Guidance)

  • Low total T on two mornings plus symptoms supports deficiency; free T helps when SHBG is abnormal.

  • High LH/FSH points to a testicular cause; low/normal LH/FSH suggests pituitary/hypothalamic origin.

  • Prolactin elevation warrants clinician follow-up.

  • CBC/CMP/lipids/A1c/TSH identify contributors and track safety.
    Always interpret results with a qualified healthcare professional; trends and consistent timing matter.

Choosing Panels vs. Individual Tests

  • Diagnostic core: Total T (×2 morning) • SHBG/Albumin • Free T • LH/FSH

  • Secondary-cause screen: Prolactin • TSH (± iron studies)

  • Health baseline/monitoring: CBC • CMP • Lipids • A1c/Glucose (± Estradiol when indicated)

  • On therapy (clinician-directed): time testosterone blood draws consistently with your dose/route; continue CBCand other safety labs.

FAQs

Why two morning testosterone tests?
Testosterone varies day to day and peaks in the morning; two separate mornings improve accuracy.

What’s the difference between total and free testosterone?
Total T is all circulating hormone; free T is the active fraction not bound to proteins. SHBG shifts can change free T.

Can I have symptoms with “normal” total T?
Yes, especially if SHBG is abnormal. Free T provides context—interpret with your clinician.

Will testosterone therapy affect fertility?
It can suppress sperm production. Discuss family plans with your clinician before starting therapy.

Do I need to fast?
Not usually for testosterone, but follow your order. Fasting may be needed for lipids and glucose/A1c.

Can supplements or meds affect results?
Yes. Biotin can interfere with some assays; steroids, opioids, thyroid meds, and oral estrogens also matter. List everything you take.

If I start therapy, how often should I recheck labs?
Typically after dose changes and then periodically once stable; your clinician will set the cadence.

Related Categories & Key Tests

  • Hormone Tests Hub

  • HRT for Men • Thyroid Testing • Erectile Dysfunction Evaluation • Adrenal Insufficiency & Addison Disease • Cardiometabolic Health • General Health Tests

  • Key Tests: Total Testosterone (AM ×2) • Free Testosterone • SHBG/Albumin • LH/FSH • Prolactin• Estradiol (sensitive LC/MS) • TSH (± Free T4) • CBC • Comprehensive Metabolic Panel • Lipid Panel (± ApoB) • A1c/Glucose

References

  • Endocrine Society — Clinical Practice Guideline on Testosterone Therapy in Men with Hypogonadism.
  • American Urological Association — Guideline on Diagnosis and Management of Testosterone Deficiency.
  • American Association of Clinical Endocrinology — Male hypogonadism: evaluation and monitoring guidance.
  • International Society for Sexual Medicine — Recommendations on low testosterone assessment.
  • Pituitary Society — Hyperprolactinemia evaluation and management statements.
  • Laboratory medicine reviews on SHBG/free testosterone methods and biotin assay interference.

Available Tests & Panels

Your Hormone Tests for Men menu is pre-populated in the Ulta Lab Tests system. Start with two morning total testosterone tests and SHBG/free T context, add LH/FSH (± prolactin) to clarify cause, and include CBC, CMP, lipids, A1c, and TSH for whole-health baselines. If you begin therapy, repeat labs on a consistent schedule and timing relative to dosing. Review all results with your clinician to personalize next steps.

  • Page
  • 3
  • of
  • 3
  • Total Rows
  • 69
Name Matches

The QuestAssureD™ Vitamin D 25-Hydroxy Total Test measures Vitamin D2, Vitamin D3, and total 25-hydroxy vitamin D to assess overall vitamin D status. Adequate vitamin D supports bone strength, calcium absorption, immune health, and muscle function. Low levels may cause osteoporosis, weakness, or increased disease risk, while high levels can indicate toxicity. Doctors use this test to diagnose deficiency, monitor supplementation, and evaluate metabolic and endocrine health.

Blood
Blood Draw
Also Known As: Vitamin D Test, Ergocalciferol Test, Vitamin D2 Test, Cholecalciferol Test, Vitamin D3 Test, Calcidiol Test, 25-hydroxyvitamin D Test, Calcifidiol Test, 25-hydroxy-vitamin D Test, Vitamin D Total Test

Blood
Blood Draw

Blood
Blood Draw

Blood, Urine
Blood Draw, Phlebotomist, Urine Collection

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood, Other, Urine, Varied
Blood Draw, Phlebotomist, Urine Collection

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood
Blood Draw, Phlebotomist

Blood, Other
Blood Draw, Phlebotomist

Blood, Other
Blood Draw, Phlebotomist

Blood
Blood Draw

Testosterone Replacement Package I (Estradiol, Ultrasensitive) supports TRT baseline and follow-up monitoring. It includes a CBC with differential & platelets to track blood count changes, Total & Free Testosterone with SHBG to assess available vs bound testosterone, and Ultrasensitive Estradiol (LC/MS/MS) to accurately measure low-range estradiol for better hormone balance and dosing decisions.

Blood
Phlebotomist

There's a wide array of hormones in the body. It's normal for their levels to fluctuate, but sometimes, it can be indicative of underlying issues.

Even if your fluctuations are normal, it's still a good idea to keep track of them, so if anything serious does happen, it'll be more noticeable. Many disorders don't have noticeable symptoms; regular testing will catch them as soon as they rear their tests.

Because of this, it's important to be proactive about your health. In this article, we'll discuss the signs and symptoms of hormone imbalance and 10 common lab tests regarding hormone testing for men.

Natural Levels of Male Hormones Throughout Life

The main sex hormones found in both sexes are testosterone and estradiol. While women have more estradiol than testosterone, the opposite is true for men; testosterone is the dominant hormone in males.

Considering testosterone and estradiol are essential for reproduction, it shouldn't come as a surprise that the peak age range for testosterone in males is ages 20-50. After 50, you see a steady decline in testosterone levels.

So for males, there are 3 main life stages for testosterone: puberty (where testosterone levels rise), fertile and active years (the peak range of testosterone levels), and andropause (where testosterone levels drop; this phase is similar to menopause in women).

Signs and Symptoms of Hormone Imbalance in Men

Because there are so many signs and symptoms associated with hormone imbalance in men, it's not uncommon for them to overlap with signs and symptoms of other disorders or diseases. Still, it may be useful to know these, as either way, you may have an issue that's currently unaddressed, whether it's hormone-related or not.

Some of the common signs and symptoms of hormone imbalance in men are:

  • Erectile dysfunction (ED)
  • Lowered sex drive
  • Lower sperm count
  • Less hair growth
  • Less muscle mass
  • Breast tenderness
  • Development of breasts
  • Osteoporosis

Again, some other conditions may be responsible for these symptoms, so it may be a good idea to speak with your doctor about these things you're experiencing, in addition to ordering hormone tests.

Conditions That Can Cause Hormone Imbalance in Men

As we've stated above, men naturally go through some hormone imbalance when going through puberty or andropause. But while there may be imbalances initially, your body should balance itself out once again. If it doesn't, then that's when you need to seek medical help.

There are also some conditions that may cause hormone imbalance in men. The two main causes are prostate cancer and hypogonadism.

Prostate cancer is the most common kind of cancer found in American men, besides skin cancer. This disease comes with its own set of symptoms, such as trouble urinating, blood in the urine and/or semen, painful ejaculation, and pain while sitting.

Hypogonadism is the technical term for insufficient production of testosterone. Primary hypogonadism occurs when there's a problem in the testicles that prevents them from producing enough of the hormone. Secondary hypogonadism happens when there's a problem with the signal from the pituitary gland or hypothalamus.

Both primary and secondary hypogonadism can either be congenital (happens before birth, meaning it's inherited) or acquired (happens after birth, later in life). It's even possible to have both types simultaneously.

Next, we'll talk about 10 lab tests you should get if you suspect you have a hormone imbalance.

The 10 Key Hormone Lab Tests for Men

1. DHEA-S

"DHEA-S" stands for "dehydroepiandrosterone sulfate." This is a steroid that's mainly produced by your adrenal cortex, although your testicles produce small amounts too. DHEA-S is responsible for helping your body develop secondary sexual characteristics when you go through puberty.

Another thing DHEA-S is useful for is the potential for conversion into testosterone and androstenedione. This can be beneficial in raising your testosterone levels if they fall below normal levels.

By ordering this test, not only can you determine if you have a hormone imbalance, but it can also tell you if there's anything wrong with your adrenal glands. For instance, if you have an excess amount of DHEA-S in your body, it may be a sign of adrenal tumors and hyperplasia.

The normal ranges for DHEA-S in men as reported by Quest in mcg/dL is as follows:

  • <1 month: ≤316
  • 1-6 months: ≤58
  • 7-11 months: ≤26
  • 1-3 years: ≤5
  • 4-6 years: ≤27
  • 7-9 years: ≤91
  • 10-13 years: ≤138
  • 14-17 years: 38-340
  • 18-21 years: 24-537
  • 22-30 years: 85-690
  • 31-40 years: 106-464
  • 41-50 years: 49-70
  • 51-60 years: 38-313
  • 61-70 years: 24-244
  • ≥71 years: 5-253

The normal ranges for DHEA-S in women as reported by Quest in mcg/dL is as follows:

  • <1 month: 15-261
  • 1-6 months: ≤74
  • 7-11 months: ≤26
  • 1-3 years: ≤22
  • 4-6 years: ≤34
  • 7-9 years: ≤92
  • 10-13 years: ≤148
  • 14-17 years: 37-307
  • 18-21 years: 51-321
  • 22-30 years: 18-391
  • 31-40 years: 23-266
  • 41-50 years: 19-231
  • 51-60 years: 8-188
  • 61-70 years: 12-133
  • ≥71 years: 7-177

2. Dihydrotestosterone (DHT)

Dihydrotestosterone (DHT) is a type of sex steroid and hormone. While testosterone decreases with aging, DHT remains relatively the same all throughout your life. It's also 5 times as potent as testosterone is.

If you're losing hair, it may be related to DHT; more specifically, male-pattern baldness (androgenetic alopecia) is. While there's a substantial connection between the two, scientists today aren't too sure why.

What we do know is when there are high levels of DHT, this facilitates hair loss. It's believed that DHT causes hair follicles to shrink, which then makes your hair fall out.

Test results for adult males should have between 16-79 ng/dL of DHT, as reported by Quest. While high levels are linked to male-pattern baldness, low levels can cause a decrease in libido, difficulty increasing muscle mass, and also some hair loss.

3. Estradiol (E2)

You may know estradiol as a female sex hormone, but the reality is, men have it too, just in lower levels. Estradiol is a type of estrogen, and while males start with low levels, it slowly increases as they age. This means they have an opposite trend compared to testosterone, which decreases with age.

This interesting process is thanks to the aromatase reaction. This is where testosterone is converted into estrogen.

Since aromatase is found in fat cells, the heavier you are, the more likely you'll convert your testosterone into estrogen as you age. When this happens, you may be more prone to prostate cancer, diabetes, heart disease, and gynecomastia (enlarged breasts). 

For men, the normal range of estradiol is less than or equal to 39 pg/mL, as reported by Quest. If you find your levels of estradiol are a bit high, then your testosterone is most likely lower than normal too. You can try rebalancing your hormones by losing weight through a proper diet and fitness routine.

4. Follicle-Stimulating Hormone (FSH)

Follicle-stimulating hormone (FSH) is a gonadotropin, which means it's a hormone that directly influences the amount of sperm you create. The main gonadotropins in your body are FSH and luteinizing hormone (LH).

If you've been having trouble conceiving with your partner, getting an FSH test can be beneficial. It could be that your FSH levels are too low, and you aren't producing enough sperm.

FSH tests can also help with the evaluation of men who don't have testicles or do have them but are underdeveloped.

For men, the normal range of FSH should be 1.6-8 mlU/mL, as reported by Quest. If your levels are too high, this can be due to andropause, damage to the testicles (through alcohol abuse or radiation), or tumors in the pituitary gland. If your levels are too low, then your hypothalamus or pituitary gland aren't producing hormones correctly.

5. Insulin-Like Growth Factor (IGF-1)

Insulin-like growth factor (IGF-1) is also known as somatomedin C. This is a hormone that is very similar to insulin in structure; hence, the name.

Its main job is to stimulate growth in children. For adults, it has anabolic effects; this means IGF-1 promotes muscle growth and protein synthesis.

If your IGF-1 levels are abnormally high, you may be at risk for some cancers. If you had a high level during early life, then you may have acromegaly (excess of growth hormone). On the other hand, if you had a deficiency, then you may have dwarfism due to hypopituitarism (deficiency in growth hormone).

The normal range for IGF-1 levels in ng/mL, as reported by Quest are:

  • 18-19.9 years: 108-548
  • 20-29.9 years: 83-456
  • 30-39.9 years: 63-373
  • 40-49.9 years: 53-331
  • 50-59.9 years: 50-317
  • 60-69.9 years: 41-279
  • 70-79.9 years: 34-245
  • ≥80 years: 34-246

6. Luteinizing Hormone (LH)

As stated above, luteinizing hormone (LH) is one of the main gonadotropins in your body, along with FSH. It also helps with testosterone and sperm production.

Again, if you have fertility problems, one of the first tests you should do (in addition to tests on your testosterone levels) is for FSH and LH. Low LH levels can also affect your sex drive, energy, muscle mass, and weight (you'll gain weight).

The normal range of LH in men between 18 to 59 years of age is 1.5 - 9.3 mlU/mL, and for men 60 and older, the normal range is 1.6 - 15.2 mlU/mL., as reported by Quest.

7. Pregnenolone

Pregnenolone is a hormone we naturally produce, and it's the building block for steroid hormones (such as estrogen and testosterone). You can also find it in some dietary supplements, as some believe it has anti-aging properties.

While our pregnenolone levels naturally decrease as we age, it can drop so sharply that we experience a deficiency. This can cause symptoms such as lack of energy, loss of muscle mass, and decreased sex drive.

If you have excess pregnenolone, you may have congenital adrenal hyperplasia (CAH). Males with CAH appear normal at birth but may go through puberty early. If you had CAH as a child and it was left untreated, you may be shorter in stature and may have infertility.

A normal pregnenolone level for men should be around 22-237 ng/dL, as reported by Quest.

8. Prolactin

You may have guessed from the name that prolactin is a hormone that stimulates breast milk production. But males have this hormone as well, as do women who aren't pregnant or breastfeeding.

If you have abnormal levels of prolactin, you may have a decreased sex drive, breast tenderness and/or growth, vision problems, and unexplained headaches. An excess of prolactin can be caused by prolactinoma (a tumor in your pituitary gland), hypothyroidism (see also Thyroid Hormones), anorexia, kidney disease, liver failure, psychotropic drugs, or disease in the hypothalamus.

The normal range for prolactin in men is 2-18 ng/mL. Just because you got an abnormal result doesn't necessarily mean something's wrong. Your levels may shoot up temporarily due to the foods you've recently eaten or stress (see also Stress Hormones).

It's possible to have levels that are too low. If your results are below 2 ng/mL, you may have issues with your pituitary gland (hypopituitarism). Thankfully, these cases don't usually call for any treatment.

9. Sex Hormone-Binding Globulin (SHBG)

Sex hormone-binding globulin (SHBG) is a protein you'll find in your liver. It's responsible for binding sex hormones and distributing it through your blood.

SHBG plays an important role in regulating your hormone levels since while they're bound, your cells can't utilize them. So if your SHBG levels are too high, this means you don't have enough hormones to use. On the other hand, if your levels are too low, that means you have too many.

With low levels of SHBG, you may experience an increase in muscle mass, mood swings, fluid retention, and acne if you have too much testosterone. With too much estrogen, you may experience breast growth and ED. Low SHBG levels put you at risk for obesity, hypothyroidism, and insulin resistance.

The normal level of SHBG for males in nmol/L, as reported by Quest is as follows:

  • 3-9 years: 32-158
  • 10-13 years: 16-20
  • 14-17 years: 20-87
  • 18-55 years: 10-50
  • ≥55 years: 7-22

10. Testosterone (Free and Total)

Of course, this list wouldn't be complete with testosterone on it. This is the primary hormone responsible for your sperm production and sex drive.

If you've been having trouble with ED or decreased libido, a testosterone test can tell you if a low level is responsible for those issues. A low test result can also indicate you have issues with your pituitary gland or hypothalamus.

The following are the normal testosterone, free ranges for men in pg/mL, as reported by Quest:

  • 1-11 years: ≤1
  • 12-13 years: ≤64
  • 14-17 years: 4.0-100
  • 18-69 years: 46.0-224
  • 70-89 years: 6.0-73

The following are the normal total testosterone ranges for men in pg/mL, as reported by Quest:

  • 1-5 years: ≤5
  • 6-7 years: ≤25
  • 8-10 years: ≤42
  • 11 years: ≤260
  • 12-13 years: ≤420
  • 14-17.9 years: ≤1,000
  • ≥18 years: 25-1,100

The results of this test can determine if you need others in conjunction, such as FSH or LH tests.

Be Proactive About Hormone Testing

Now you know the 10 most common hormone lab tests for men. It's important for you to get a baseline reading of each of your hormone biomarkers. Not only that, but you need to get tested regularly to track any changes that lead to a hormone imbalance.

By keeping a close eye on your hormone biomarkers, as you go through life, you can detect the impact of disruptions or discomfort from changing hormone levels. Make sure that you not only get routinely tested but to also discuss the results with your doctor.

If you need help understanding your hormones, we'd love to help. We offer these key hormone lab tests as part of our selection of 1,500 lab tests, and we provide explanations on each biomarker.

You can select your lab tests, order directly online, choose a convenient patient service center near you, and review your test results typically in 1 to 2 days after your blood is collected.

Take charge of your health and get tested today at ultalabtests.com.