Semen Analysis Report - Full Analysis

Summary Overview

Detailed Parameter-by-Parameter Analysis

1. Physical Parameters

• Volume: 1.4 mL - Right at the WHO lower limit of 1.4 mL. While technically within range, this is at the very boundary. A low ejaculate volume can reduce the total number of sperm delivered and may reflect partial retrograde ejaculation, ductal obstruction, or short abstinence. The 3-day abstinence period (within normal range) does not explain it.
• Appearance/Viscosity/pH: All normal. Positive fructose confirms the seminal vesicles are functioning and the ejaculatory ducts are patent.

2. Sperm Count - Excellent

• Sperm concentration: 134 million/mL - More than 8x the WHO lower limit of 16 million/mL. This is an excellent count.
• Total sperm in ejaculate: 187.6 million - Well above the 39 million minimum. No oligospermia.

3. Motility - Normal

• Total motility: 51% - Above the 42% cutoff. Normal.
• Progressive motility (a+b): 47% - Well above the 30% cutoff. Normal.
• Rapid progressive (category a): 32% - Meets the ≥30% reference. Normal.
• Immotile sperm: 49% - Slightly above the reference of ≤20% in WHO 2021. This is notable - nearly half the sperm are non-motile, which is elevated. However, since total motility still passes the 42% threshold, this is not classified as asthenospermia.
• Motile Progressive Sperm Concentration (MSC): 62.98 Mil/mL - Very good functional pool.
• Sperm Motility Index (SMI): 197 - Falls in the "Good" category (>160). This composite index reflects overall motility quality.
• Functional Sperm Concentration (FSC): 15.8 Mil/mL - This is in the "Good" range (>13 million/mL), indicating a healthy functional sperm pool.

4. Morphology - Normal (and actually quite good)

• Normal forms: 28% - Well above the WHO minimum of 4%. This is a strong result; many men with fertility issues have morphology near the 4% cutoff.
• Total abnormalities: 70% - This sounds alarming but is expected since ~70% abnormal is the flip side of 28-30% normal; most men have 60-80% morphologically abnormal sperm. This is within typical range.

• Head defects (28%): Pyriform heads (8%), acrosome defects (5%), amorphous heads (6%), round heads (4%) are the main contributors. Pyriform and amorphous heads can affect fertilization capacity.
• Mid-piece defects (23%): Asymmetrical midpiece (6%), thin midpiece (7%), sharply bent midpiece (5%). Mid-piece defects can impair motility energy.
• Tail defects (12%): Irregular tail (7%) is the main finding - can affect progressive movement.
• Cytoplasmic droplets (7%): Residual cytoplasmic droplets suggest some degree of impaired sperm maturation, though mild.
• Immature sperm (2%): Minimal, not clinically significant.

5. Auto-Agglutination: Grade 1

• Grade 1: Isolated (<10 spermatozoa per agglutinate, many free spermatozoa). This is the mildest possible degree of agglutination. At Grade 1, it has no clinical impact on fertility. Higher grades (3-4) would suggest immunological causes.

6. Cellular Elements

• Pus cells (1-2/HPF): Marginally elevated. Normal is <1/HPF by strict criteria. 1-2 cells is borderline and could indicate mild genital tract inflammation. Not diagnostic alone.
• RBCs (1-2/HPF): Trace amount. Not significant on its own but worth noting - persistent blood in semen (hematospermia) should be investigated if recurrent.
• No bacteria, fungi, Trichomonas, or casts - No evidence of infection.

Overall Impression

1. Excellent sperm count - 134 million/mL is far above normal
2. Normal motility - 51% total, 47% progressive
3. Good morphology - 28% normal forms is well above the 4% minimum
4. Strong functional indices - SMI of 197 (Good), FSC of 15.8 (Good)

1. Low-borderline volume (1.4 mL) - At the absolute lower limit. A repeat test is advisable to confirm this is not a collection artifact. If consistently low, investigation for retrograde ejaculation or ejaculatory duct issues may be warranted.
2. High immotile fraction (49%) - While total motility is technically normal (51%), nearly half the sperm not moving at all is above the WHO reference (≤20% immotile). This is worth monitoring, though not disqualifying with current fertility goals.
3. Mid-piece and tail defects - The 23% mid-piece and 12% tail abnormalities can theoretically impair functional motility, though current motility indices compensate well.
4. Trace pus cells - Not diagnostic of infection, but if the person is experiencing any urogenital symptoms, a culture may be worthwhile.

Clinical Interpretation

Note: Semen analysis is one component of fertility evaluation. A single test has natural variability; if fertility issues persist, a repeat test (ideally 2-3 weeks apart) and clinical consultation with a urologist or reproductive specialist is recommended. This analysis does not constitute medical advice.

How Vaping Affects This Semen Report

Parameter-by-Parameter Impact

Volume: 1.4 mL (already borderline)

Sperm Count: 134 million/mL (excellent - currently very safe)

Motility - Total 51% / Progressive 47% (currently normal)

• Nicotine impairs mitochondrial function in the sperm mid-piece, directly reducing ATP production needed for flagellar movement
• The World Journal of Men's Health review (2024) confirms nicotine in any form (vaping included) reduces sperm motility
• A 2017 British Fertility Society study found direct exposure to e-liquid flavoring caused a significant decrease in human sperm motility in cultured specimens

Morphology: 28% normal (very good - currently safe)

• 12% tail abnormalities (irregular tail 7%)
• 23% mid-piece abnormalities

Immotile Sperm: 49% (already above normal)

DNA Fragmentation (not tested here - but critical)

• E-cigarette vapor causes higher DNA damage in both testis and sperm
• Nicotine triggers oxidative stress, which attacks sperm chromatin
• High DNA fragmentation can cause early miscarriage even when all semen analysis parameters appear normal

Auto-Agglutination: Grade 1 (minimal)

Pus Cells: 1-2/HPF (borderline)

Summary Table

Bottom Line

1. Nicotine - inhibits spermatogenesis, disrupts HPG axis, impairs mitochondrial motility machinery
2. Oxidative stress from aerosols - DNA damage, increased immotility
3. Heavy metals and aldehydes - direct testicular toxicity, chromatin damage
4. Flavoring chemicals - shown to reduce motility even in direct sperm exposure tests

This analysis is educational and does not replace a consultation with a urologist or reproductive specialist.

Effect of Tablet Popson & Capsule UbiQ 300 on Sperm Motility

What These Medicines Contain

Tablet Popson (by Intas Pharmaceuticals)

Capsule UbiQ 300

How Each Ingredient Improves Sperm Motility

1. L-Carnitine (1,000 mg in Popson)

• Sperm cells get nearly all their energy from fatty acid oxidation in the mid-piece mitochondria. L-carnitine is the transporter molecule that shuttles fatty acids into mitochondria.
• Low seminal L-carnitine = reduced ATP = reduced motility. This is a well-established biochemical link.
• Multiple RCTs show L-carnitine supplementation (1-3 g/day for 3 months) improves progressive motility, particularly in men with asthenospermia.
• Relevance to your report: The elevated immotile fraction (49%) and mid-piece abnormalities (23%) in this report suggest mitochondrial/mid-piece dysfunction - exactly what L-carnitine addresses.

2. CoQ10 - 60 mg in Popson + 300 mg in UbiQ 300 = 360 mg total daily dose

• CoQ10 is naturally present in seminal plasma and sperm mid-piece mitochondria
• It serves dual roles: energy production (electron transport chain) and antioxidant protection against reactive oxygen species (ROS)
• ROS damage is a primary cause of immotile sperm and DNA fragmentation
• A 2025 RCT (PMID 40248985) found ubiquinol 200 mg + zinc + D-aspartic acid significantly improved progressive sperm motility (p=0.047) and testosterone (p=0.009) over 3 months in idiopathic infertility
• Studies using 300 mg/day CoQ10 for 26 weeks showed significant improvements in sperm motility and morphology in men with oligoasthenoteratozoospermia (OAT)
• At 360 mg combined total (60 mg from Popson + 300 mg from UbiQ 300), this is a clinically meaningful and evidence-supported dose

3. Zinc (12.5 mg in Popson)

• Zinc is essential for testosterone synthesis, spermatogenesis, and sperm membrane integrity
• Zinc deficiency is directly linked to reduced motility, decreased count, and abnormal morphology
• Zinc also has antioxidant properties, working synergistically with CoQ10 to reduce oxidative damage
• The RCT above (PMID 40248985) included zinc alongside ubiquinol and confirmed motility benefit

4. Lycopene (2,500 IU in Popson)

• A carotenoid antioxidant from tomatoes, with high concentration naturally found in the testis and seminal plasma
• Reduces oxidative stress-induced sperm DNA damage
• Some studies show lycopene supplementation improves sperm concentration and morphology
• The network meta-analysis (PMID 37199654) confirms antioxidant combination therapy - which includes lycopene - as effective for improving sperm quality parameters

Applied Specifically to This Report

Timeline of Expected Effect

• 6-8 weeks: Antioxidant protection begins reducing oxidative stress on existing sperm
• 3 months: First full cycle of supplementation-supported sperm production. Most clinical trials measure at this point and show significant motility gains
• 6 months: Maximum benefit. Studies using 300 mg CoQ10 for 26 weeks show the strongest improvements

How to Take Them

• Popson: Usually 1 tablet twice daily with food (as per prescription)
• UbiQ 300: 1 capsule daily with a fat-containing meal (CoQ10 is fat-soluble - absorption is significantly better with food containing healthy fats)
• Avoid taking on empty stomach, especially UbiQ 300

Bottom Line

Always take these as directed by your prescribing doctor. A repeat semen analysis after 3 months is the best way to measure response.

Other Ways to Improve Sperm Motility & Reduce Immotile Sperm

CATEGORY 1: Additional Supplements (Beyond Popson + UbiQ 300)

Selenium (200 mcg/day)

• Works synergistically with CoQ10 and vitamin E. Essential for the function of glutathione peroxidase, the main antioxidant enzyme in the sperm mid-piece
• Low selenium directly causes mid-piece structural defects - the exact abnormality pattern seen in this report (23% mid-piece abnormalities)
• The Cochrane review on antioxidants for male subfertility (PMID 35506389) covering 90 RCTs and 10,303 men found antioxidants increased clinical pregnancy rates (OR 1.89, p<0.00001) - selenium was among the top performers

Omega-3 Fatty Acids / Fish Oil (2-3 g/day)

• DHA (docosahexaenoic acid) is the dominant fatty acid in the sperm tail membrane. Without adequate DHA, the flagellum becomes structurally stiff and less flexible, reducing progressive motility
• Direct incorporation into sperm membrane over one spermatogenic cycle improves fluidity and whip-like tail movement
• Best food sources: salmon, sardines, mackerel, walnuts. Supplement: fish oil or algae-based DHA if vegetarian

Vitamin E (400 IU/day) + Vitamin C (500-1000 mg/day)

• These water and fat-soluble antioxidants work in tandem - Vitamin E protects sperm membranes from lipid peroxidation, Vitamin C regenerates spent Vitamin E
• Oxidative stress is a primary driver of immotile sperm - ROS attack the mitochondrial membrane of the mid-piece, stopping ATP production
• The network meta-analysis of nutritional therapies (PMID 36943634) across 69 studies confirmed antioxidant combinations significantly improved motility and translated into higher pregnancy rates (p<0.001)

Vitamin D (2000-4000 IU/day if deficient)

• Vitamin D receptors are present on sperm cells and in testicular tissue. Deficiency is linked to reduced sperm motility and poor morphology
• Very common deficiency in South Asian populations - worth getting serum 25(OH)D checked. If below 30 ng/mL, supplementing is high-yield

Folic Acid + Zinc combination

• Folic acid (5 mg/day) combined with zinc (already in Popson) was shown in earlier trials to increase sperm count by 74%. Combined zinc and folic acid supplementation also reduces DNA fragmentation
• Note: Popson already contains zinc 12.5 mg - adding extra zinc above 40 mg/day can be counterproductive

Ashwagandha (Withania somnifera) - 600 mg/day

• One RCT showed >150% increase in sperm count and >50% improvement in motility after 3 months
• Acts via reducing cortisol and oxidative stress in the testes, and increasing testosterone and LH
• Available as KSM-66 or Sensoril standardised extract

CATEGORY 2: Diet Changes

Mediterranean-Style Diet (strongest dietary evidence)

• Rich in antioxidants, healthy fats, zinc, selenium, and folate - all directly relevant to sperm motility
• Key foods to increase:

Foods to Cut Back

• Processed meats (sausages, deli meat) - trans fats directly impair sperm membrane fluidity
• Soy-heavy diet - phytoestrogens can disrupt testosterone-to-estrogen balance
• Excess sugar/refined carbs - causes insulin spikes and increases oxidative stress
• Alcohol - even moderate intake reduces motility; aim for <2 standard drinks/day, ideally none

CATEGORY 3: Lifestyle Modifications (High Impact)

Heat Reduction - Most Underrated Factor

• Hot tubs, saunas, steam rooms (even 15 min raises scrotal temp for hours)
• Laptop computers on the lap
• Tight/synthetic underwear - switch to loose cotton boxers
• Long periods of sitting (drivers, desk workers) - get up every 45-60 minutes
• Heated car seats
• Holding a phone in the front pocket consistently

Moderate Exercise (not over-training)

• The 2026 meta-analysis on obesity interventions (PMID 41065428) found lifestyle intervention including exercise improved progressive motility by +10.56% (95% CI 8.97-12.15%) - a clinically meaningful gain
• Optimal: 30-45 minutes of moderate aerobic exercise (brisk walking, swimming, cycling) 4-5x per week
• Avoid: Cycling for extended periods (>60 min/session) - direct scrotal pressure and heat. Mountain biking is worse than road cycling
• Avoid: Anabolic steroids, SARMs, testosterone replacement - these directly shut down spermatogenesis

Sleep (7-9 hours consistently)

• Testosterone production is highest during deep sleep. Consistently sleeping less than 6 hours reduces testosterone and sperm quality
• Sleep apnoea is directly linked to reduced sperm motility - if there is snoring or poor sleep quality, this is worth evaluating

Stress Reduction

• Chronic psychological stress elevates cortisol, which suppresses LH and testosterone, reducing spermatogenesis
• Cortisol also directly increases ROS in testicular tissue
• Practical: regular exercise (already above), meditation, addressing work/relationship stressors

CATEGORY 4: Medical Investigations to Consider

Sperm DNA Fragmentation Index (DFI) Test

Varicocele Screening

• A varicocele (dilated veins in the scrotum) causes chronic heat build-up and oxidative stress, specifically targeting motility
• Present in ~35% of men investigated for infertility
• Grade 2-3 varicocele repair (microsurgical varicocelectomy) consistently improves motility and reduces immotile fraction within 3-6 months
• If you haven't had a scrotal ultrasound, this is worth doing - it is a simple, painless investigation

Hormonal Evaluation

• Low testosterone or high FSH = primary testicular issue
• High prolactin = can be treated with cabergoline, directly improving motility
• Hypothyroidism = impairs spermatogenesis, easily treated

Priority Action Plan for This Report

Consult a urologist or reproductive specialist for personalised evaluation, especially regarding varicocele screening and the DNA fragmentation test.