If you have high blood pressure (130/80 or higher), certain foods, habits, and even common medications can push your numbers up further. Some of these are obvious, like salt. Others, like over-the-counter pain relievers or bread, catch people off guard. Here’s what to cut back on or watch out for.
Excess Sodium, Even When Food Doesn’t Taste Salty
The recommended daily sodium limit is less than 2,300 milligrams, roughly one teaspoon of table salt. Most people consume well beyond that, and much of the excess comes from foods that don’t even taste particularly salty. A single bagel can contain nearly 500 mg of sodium. One pita bread packs up to 300 mg. Canned soup, processed deli meats, pizza sauce, pasta sauce, and even store-bought chicken (often injected with a sodium solution for flavor) are all major contributors.
The fix isn’t just putting down the salt shaker. It’s reading labels on packaged and prepared foods, where sodium hides in ingredients like monosodium glutamate, sodium bicarbonate, and sodium nitrate. Restaurant meals are another common source, often containing a full day’s worth of sodium in a single dish. Cooking at home with fresh ingredients gives you the most control.
Added Sugar, Especially Fructose
Salt gets most of the attention, but added sugar plays its own role in raising blood pressure. Fructose, the type of sugar found in sweetened drinks, candy, and many processed foods, raises uric acid levels in the blood. Over time, elevated uric acid damages tiny blood vessels in the kidneys in ways that make blood pressure more sensitive to salt intake. This creates a cycle: high fructose consumption changes kidney function, and that change makes sodium even more harmful to your blood pressure.
Sugary drinks are the biggest source of added fructose for most people. Swapping soda, fruit punch, sweet tea, and energy drinks for water or unsweetened beverages is one of the highest-impact changes you can make.
Alcohol Beyond One Drink a Day
A large meta-analysis of 22 studies found a clear, linear increase in hypertension risk once alcohol intake exceeds about 12 grams per day. That’s roughly one standard drink: a 12-ounce beer, a 5-ounce glass of wine, or 1.5 ounces of liquor. At double that amount (about two drinks per day), hypertension risk rises by roughly 11%. At three drinks a day, the risk jumps to 22%.
The pattern holds for both men and women, though women appear to see a steeper rise in risk at higher intake levels. At four drinks a day, women’s hypertension risk was 69% higher compared to 27% higher in men. If you drink regularly and have high blood pressure, reducing your intake to one drink or fewer per day is one of the more effective lifestyle changes available.
Common Over-the-Counter Pain Relievers
This one surprises a lot of people. NSAIDs, the class of painkillers that includes ibuprofen (Advil, Motrin) and naproxen (Aleve), can raise blood pressure. They work by reducing inflammation, but a side effect is that they cause your body to retain water. That extra fluid volume puts more pressure on your blood vessels and makes your kidneys work harder to regulate blood pressure.
If you take these occasionally for a headache, the effect is temporary. But if you’re using them regularly for arthritis, back pain, or chronic soreness, the sustained impact on blood pressure can be significant. Acetaminophen (Tylenol) is generally a better option for routine pain management when blood pressure is a concern, though it’s worth discussing long-term use with a provider.
Decongestants in Cold and Allergy Medicines
When you’re stuffed up and reach for a cold medicine, check the ingredients. Pseudoephedrine and phenylephrine, the active decongestants in many popular cold and allergy products, work by narrowing blood vessels in the nasal passages to reduce swelling. The problem is they narrow blood vessels throughout the body, which directly increases blood pressure.
Look for these ingredients on the label of any cold, sinus, or allergy medication. Products labeled with a “D” (like Claritin-D or Zyrtec-D) typically contain a decongestant. Versions without the “D” contain only an antihistamine and are safer choices for people managing high blood pressure.
Smoking and Nicotine Products
Every cigarette causes an immediate spike in blood pressure. Nicotine triggers a surge of stress hormones that make the heart beat faster and blood vessels constrict. At the same time, it impairs the lining of your arteries, reducing their ability to relax and dilate normally. Over months and years, this stiffens the arterial walls, which forces the heart to pump harder to move blood through less flexible vessels.
This applies to all nicotine delivery methods, not just cigarettes. Vaping, nicotine pouches, and chewing tobacco all deliver nicotine and trigger the same acute blood pressure response. The arterial stiffening from long-term use increases the pressure your heart faces with every beat, compounding any existing hypertension.
Caffeine If You’re Sensitive
Caffeine’s relationship with blood pressure is more individual than most of the items on this list. In people who don’t drink it regularly, caffeine can temporarily raise blood pressure by 5 to 10 points. This spike typically occurs within 30 minutes and can last up to two hours. Regular coffee drinkers tend to develop a tolerance, and for them the effect is usually smaller.
You can test your own sensitivity easily. Check your blood pressure before your morning coffee, then again 30 to 120 minutes later. If it rises noticeably, cutting back or switching to decaf may help. If it stays stable, moderate caffeine intake likely isn’t a major factor for you.
Poor Sleep, Especially Sleep Apnea
Consistently poor sleep raises blood pressure on its own, but obstructive sleep apnea is a particularly powerful driver. During apnea episodes, breathing stops repeatedly throughout the night, causing oxygen levels to drop. Each drop triggers the nervous system into a stress response: heart rate climbs, blood vessels tighten, and stress hormones flood the system. This happens dozens or even hundreds of times per night in severe cases.
The cumulative effect of these nightly surges often spills into daytime hours. People with untreated sleep apnea commonly show blood pressure that stays elevated around the clock, without the normal dip that occurs during sleep. Signs include loud snoring, gasping awake at night, morning headaches, and persistent daytime fatigue despite getting enough hours in bed. Treating sleep apnea, usually with a device that keeps the airway open during sleep, often brings blood pressure down significantly.
Chronic, Unmanaged Stress
Stress activates the same fight-or-flight system that nicotine and sleep apnea trigger. Your body releases hormones that speed up the heart and tighten blood vessels. In short bursts, this is normal and harmless. But when stress is constant, from work pressure, financial strain, caregiving, or other ongoing sources, the system stays activated far more than it should.
The indirect effects matter too. People under chronic stress are more likely to drink more alcohol, eat more processed food, sleep poorly, and skip physical activity. These behaviors stack on top of the direct hormonal effects. Consistent stress-management habits like regular exercise, adequate sleep, and dedicated downtime aren’t just wellness buzzwords for people with hypertension. They’re practical tools for keeping blood pressure in a safer range.
A Sedentary Routine
Physical inactivity is one of the most well-established risk factors for high blood pressure. When you’re sedentary, your heart has to work harder to circulate blood because your cardiovascular system loses efficiency. Blood vessels become less flexible, and you’re more likely to gain weight, which further increases the load on your heart.
You don’t need intense gym sessions to see a benefit. Regular moderate activity, like brisk walking for 30 minutes most days, improves how well your blood vessels expand and contract. Over weeks, this can lower systolic blood pressure (the top number) by a meaningful amount. The key is consistency rather than intensity.