Best Semen Analysis Test Near Me in 2025

Best Semen Analysis Test Near Me: Everything You Need to Know

Semen analysis is a basic diagnostic test in male fertility evaluation. It is a sophisticated test which provides critical information related to sperm quality, number, and action in order for health practitioners to prescribe relevant treatment modalities for couples with infertility problems. At Origyn IVF we explain the importance of semen analysis not only for medical practitioners but also for patients with infertility problems.

From the viewpoint of an embryologist, this blog provides a thorough explanation of semen analysis, including parameters, testing procedures, and WHO guidelines for sperm count, motility, and morphology. It also discusses how lifestyle choices impact male fertility and the range of sperm quality-based treatment options available, from IUI to IVF.

Pre-Test Preparation: The Importance of Abstinence

Abstinence Period Requirements

Compliance with certain sexual abstinence rules according to World Health Organization sixth edition regulations is required in preparation for an appropriate semen analysis.

It is expected that such patients will abstain for two to five days prior to taking the sample. Such a duration allows for maximal sample quality while retaining proper motility.

The period of abstinence impacts several variables within the analysis. Less than a two-day abstinence can lower sperm concentration because recent orgasm depletes stores of sperm.

However, longer periods of abstinence for more than a week lower sperm movement since mature sperm gradually lose potency. This optimal duration optimizes sperm number relative to quality in depicting male fertility potential best.

Core Parameters of Semen Analysis

1. Sperm Concentration

Sperm concentration is the most important quantitative semanalytic parameter. According to current-day WHO criteria, 15 million/ml is regarded as the lower reference level for normal fertility.

• Levels of concentration below this are diagnostic for oligozoospermia, a condition with reduced fertility potential which may require intervention with assisted reproduction.

2. Sperm Motility Assessment

Motility assessment checks the sperm movement patterns and velocities in four different groups.

• Class A sperm are actively progressive, moving forward, and have highest fertility potential.
• Class B includes progressive sperm with slow movement in less linear movement patterns.
• Class C includes non-progressive sperm with slow forward movement.
• Class D consists of immotile sperm.

For a normal level of fertility, cumulative motility should exceed 40 percent while an integrated combination in Categories A+B should cover at least 32 percent of a population.

Reduced motility, or asthenozoospermia, significantly impacts fertilization potential because sperm are required to travel the female reproductive tract efficiently in their endeavor towards reaching the oocyte.

3. Sperm Morphology

Sperm morphology assessment looks at the shape and structure of sperm, including the head, neck, and tail, to check for any abnormalities.  At least 4% of sperm should have a normal shape, as some variation is natural.

Some of the problems are abnormal head shapes, neck irregularities, and tail issues like coiling, shortening, or breakage. Severe anomalies, such as multiple heads, are also counted. Poor morphology, or teratozoospermia, can decrease fertilization ability and affects the d

Advanced Parameters and DNA Fragmentation

DNA Fragmentation Index

The DNA Fragmentation Index is an advanced parameter which is gaining greater emphasis in fertility assessment. Genetic integrity in spermatozoa is assessed by this parameter in determining breaks or lesions in DNA strands that are capable of preventing success in fertilization and embryonic continuation.

Various reasons such as increased paternal age, environmental toxins, lifestyle factors, and oxidative stress can cause increased DNA fragmentation. Despite normal standard semen parameters, excessive DNA fragmentation can contribute towards infertility for no obvious reasons, recurrent pregnancy loss in assisted reproductive technologies or low quality embryos in technologies for assisted reproduction.

Factors Affecting Semen Quality

1. Lifestyle Modifications

Smoking, excessive alcohol, and recreational drugs harm sperm DNA, motility, and maturation. Being around chemicals, heat, or radiation at work can decrease the fertility, but using protective measures can help in protection of reproductive health.

2. Technology and Heat Exposure

Using a laptop on your lap for too long or keeping phones in your pockets can increase heat around the testes, which can decrease sperm production. Keeping the testes cool is important for healthy sperm and fertility.

3. Exercise and Supplementation

Regular exercise helps health, but anabolic steroids, testosterone, or excess protein can lower sperm counts or cause azoospermia. Recovery may take months, and sometimes fertility loss is permanent.

Sample Collection Procedures

Treatment Implications and Recommendations

Intrauterine Insemination (IUI) Criteria

• IUI is recommended when processed sperm contain ≥ 5 million motile sperm for best success rates.
• Sperm preparation involves washing techniques to isolate healthy, active sperm and remove toxins.
• Samples below this threshold usually require advanced reproductive technologies.

In Vitro Fertilization (IVF) and ICSI Indications

• IVF with ICSI is used for severe male factor infertility (low count, motility, or abnormal morphology).
• ICSI allows direct injection of a single sperm into the oocyte, bypassing natural selection barriers.

Variability and Repeat Testing

• Sperm parameters fluctuate due to health, stress, illness, or seasonal factors.
• Multiple tests spaced over time help establish a reliable baseline.
• Temporary factors like fever, medication, or lifestyle changes may affect results for up to 3–4 months, reflecting the sperm production cycle (~74 days).

Conclusion

Semen analysis is fundamental in evaluating male fertility, providing essential insights into sperm count, motility, morphology, and DNA integrity. Understanding these parameters, along with pre-test preparation and lifestyle factors, helps guide appropriate fertility treatments, from IUI to advanced IVF procedures. At Origyn IVF, we emphasize proper sample collection, accurate result interpretation, and personalized recommendations to improve fertility outcomes.

For more information on male fertility, treatment options, and helpful tips, visit our website and explore our YouTube channel for expert guidance and educational videos.

For more information on male fertility, treatment options, or to book an appointment:

Contact us: 8080809084

Frequently Asked Questions

1. What is the Semen Analysis Test? 

A semen analysis or sperm count test evaluates a man’s sperm in general health and fitness. Semen is the organic fluid ejaculated which contains sperm cells. It evaluates the number or count of sperm, their morphology, size, and their movement or motility.

It is employed in a bid to screen infertile couples. Semen analysis is employed in ascertaining if a vasectomy is effective or not.

2. Why Semen Analysis test is done? 

Semen analysis is one of the first and most important tests used to evaluate male fertility, especially as infertility becomes increasingly common among couples. It is also performed after a vasectomy to confirm the effectiveness of the procedure.

Additionally, semen analysis helps determine the severity of infertility issues, guiding doctors in recommending the most suitable treatment options.

3. What are the symptoms that may call for semen analysis test?

• Erectile dysfunction
• Infertility issue
• History of miscarriage
• The yellow color of the semen
• Painful ejaculation.

4. How does one prepare for the test? 

• Within 30 minutes, the sample should be gathered.
• Avoid intercourse for two to five days prior to the sample collection.
• To prevent bacterial contamination, practice good hygiene.