If you want to know Pain Threshold vs Pain Tolerance, you’re not alone. Ever wondered why some people seem to handle pain better than others? The answer lies in the difference between pain threshold and pain tolerance.

Pain Threshold

• Pain Threshold is the exact point at which a sensation first becomes painful.
• Example: You feel warmth from a heating pad, and at one moment, it suddenly “hurts”. This starting point of pain is your pain threshold.

Pain Tolerance

• Pain Tolerance is the maximum amount of pain you can endure before it becomes unbearable or you seek relief.
• Example: How long you can keep your hand in ice water before pulling it out — that’s your pain tolerance (the limit of pain you can handle).

Genes, age, sex, expectations (can let you feel more pain while there may be less), medical conditions, and some other factors can influence a person’s endurance levels. Let’s dive deep into pain threshold VS pain tolerance.

Living with a mental condition?

Mental conditions may alter the feeling of pain, such as a person with depression or anxiety may perceive more pain, while those with schizophrenia may perceive less pain than the actual pain itself.

Differences Between Pain Threshold and Pain Tolerance

The following are some of the major differences between pain tolerance and pain threshold:

Feature	Pain Threshold	Pain Tolerance
Definition	Point where pain begins	Point where pain becomes too much
Meaning	Sensitivity level	Endurance level
Influenced by	Nerve activity, body site, stimulus type	Emotions, mindset, fatigue, mood, past experience
Example	When heat starts to burn	How long you can bear the burn
Measurement	Minimum stimulus that causes pain	Maximum pain you can tolerate before stopping
Changeability	Slightly variable	Highly variable; trainable to a degree

Both are distinct yet interconnected — they help explain why two people react so differently to the same painful event.

Did you know?
A simple at-home PGx test (pharmacogenomics test) from RPh LABS can help your doctor prescribe a genome-based medication that helps minimize the trial-and-error factor while increasing efficacy.

Pain Threshold Connection with Pain Tolerance

Having a “sensitive” pain threshold doesn’t always mean you have poor pain tolerance, too. These are related but not identical. A person with a low pain threshold (pain starts early) might still have a high pain tolerance (can endure pain for long).

Likewise, someone may have a high threshold (pain starts late) but a low tolerance (can’t bear pain for long). The connection is weak to moderate, meaning one doesn’t always predict the other.

This is because the pain threshold is only linked to the sensory receptors, while the pain tolerance (how long you can endure pain) is linked to both the sensory receptors and your brain.

Do Different Stimuli Have Different Thresholds and Tolerances?

Yes. Here is how different sensory receptors have different thresholds and tolerances:

• Thermal pain (heat or cold), mechanical pain (pressure), and ischemic pain (blood-flow restriction) all have different pain thresholds and tolerances.
• Even within the same person, body sites differ — the wrist might feel pain sooner than the thigh.

These are the reasons why researchers test multiple areas and stimulus types when measuring pain scientifically (called Quantitative Sensory Testing — QST).

Genetic Factors That Impacts on Pain and Tolerance

Just like your genes impact your overall physical and mental behavior, they influence your pain and tolerance factors. Here is how:

• As explained by the NCBI report, certain genes, like SCN9A, affect nerve sensitivity and pain signaling.
• Genetic variations can explain why some people have naturally higher pain tolerance and others have low pain tolerance (this is what’s meant by “low pain tolerance genetic”).
• Genes also influence how your body responds to pain medicine and stress.
• But remember, genetics set your baseline; environment and experience shape the rest.

Note: Similarly, insights from RPh Labs’ Genetic Testing for Antipsychotic Response show how genetic variations can affect not only medication metabolism but also personal pain tolerance levels.

Pain Thresholds and Pain Tolerances in Men vs. Women

Studies repeatedly show gender-based differences:

• Women often have lower pain thresholds and lower pain tolerance than men in lab settings.
• Reasons include hormonal changes (estrogen, progesterone), nerve density, and psychological factors like stress or anxiety levels.
• Men tend to report higher tolerance in acute experimental pain, possibly due to testosterone and social expectations around “toughness.”

However, these differences do not necessarily mean one gender “feels” more pain and the other feels less. Perception, coping style, and cultural conditions have great effects.

Ethnicity and Pain Response Aspect

Research in the U.S. shows:

• Ethnic and racial groups can differ slightly in pain threshold, but more so in pain tolerance and pain ratings.
• For example, African American and Hispanic individuals may show lower tolerance than non-Hispanic White individuals in controlled studies.
• Differences are partly biological, but also shaped by stress exposure, access to care, cultural beliefs, and coping styles.

Pain is both a biological and social experience.

Connection Between Age, Pain Threshold, and Tolerance

Pain threshold often increases with age (older adults feel the onset of pain later). However, depending on health, medications, and chronic illnesses, pain tolerance can stay the same or even slightly decrease.

Older adults may have reduced “pain inhibition systems,” meaning once pain starts, it can last longer.

Can Exercise Increase Pain Tolerance?

Yes, exercise can increase pain tolerance, and science supports it. This effect is known as Exercise-Induced Hypoalgesia (EIH), meaning that after physical activity, pain feels less intense for a while.

• Aerobic exercise (like brisk walking or cycling) and resistance training can boost pain tolerance.
• Regular activity helps your body release endorphins (natural painkillers).

However, in people with chronic pain, the response can vary — for some, overexertion may increase pain temporarily. Moderate and consistent exercise is key.

Factors Lowering or Raising Your Pain Threshold and Tolerance

The following are the factors that can increase or decrease your pain threshold and pain tolerance:

Factors that lower your pain threshold and tolerance

• Poor sleep or fatigue
• Chronic stress or anxiety
• Depression or catastrophic thinking (“this will never end”)
• Inflammation or injury
• Lack of movement
• Hormonal changes (menstrual cycle, menopause, low testosterone)

Pain Threshold and Tolerance Increasing Factors

• Exercise: activates natural pain-inhibiting pathways (endorphins)
• Good sleep hygiene: restores nerve and hormonal balance
• Mindfulness or meditation: reduces emotional reactivity to pain
• Gradual exposure: controlled physical activity desensitizes nerves
• Social support and laughter: lower stress hormones, raise tolerance
• Healthy diet and hydration: reduce inflammation

Tip: Tolerance can be trained. Start small, progress slowly, and celebrate progress rather than toughness.

Frequently Asked Questions