Know your Lymphocytes %. Know your health.
Test your Lymphocytes Percent and 100+ other biomarkers in a single blood draw.
Normal range: 20 – 40 % (higher is better)
Lymphocytes normally represent 20-40% of your white blood cells. This percentage is useful for spotting immune shifts. A high lymphocyte percentage is one of the most common patterns seen during viral infections. A low percentage alongside high neutrophils typically reflects bacterial infection or physiological stress. As with all differential percentages, interpret it alongside the absolute count.
A normal Lymphocytes % is 20 – 40 %. Higher is better.
High lymphocyte percentage is a hallmark of viral infections like mono, flu, and COVID-19. It is also common after vaccination. In children, lymphocyte percentage tends to run higher than in adults, which is normal.
Low percentage typically reflects a stress response or bacterial infection where neutrophils surge and lymphocytes are relatively suppressed. Corticosteroid use also lowers lymphocyte percentage. Immunosuppressant medications and HIV infection can cause a truly low absolute lymphocyte count, not just a percentage shift.
Adequate sleep, regular exercise, and stress management support healthy lymphocyte levels. Chronic stress and poor sleep are associated with lower lymphocyte counts and impaired immune function.
Lymphocytes % is most highly correlated with Basophils Percent and Monocytes Percent. Here are the top biomarkers correlated with Lymphocytes %, based on 500,000 tests done by Empirical Health.
The percentage shows how strongly two biomarkers move together. A higher number means the relationship is stronger. Green = rises and falls together. Orange = one rises as the other falls.
You can test your Lymphocytes % for $190 as part of Empirical's comprehensive health panel, which includes 100 biomarkers.
You can measure your Lymphocytes % for at 2,200+ testing locations across the US. Click below and enter your zip code to browse locations near you.
Test your Lymphocytes Percent and 100+ other biomarkers in a single blood draw.