At What Temperature Is Salmonella Killed? | Stop Food Poisoning

Salmonella dies when food reaches 165°F (74°C) inside and holds that heat long enough for the coldest spot to catch up.

If you’re here because you want one clear number, start with this: 165°F (74°C) measured at the thickest part of the food is the simplest, safest target for home cooking when Salmonella is the worry.

That number isn’t magic. It’s a practical “covers a lot” finish line that accounts for uneven heating, juices, bones, pan hot spots, and the fact that dinner rarely heats like a lab sample.

This article shows what 165°F means, when other temperatures can also work (with time), and how to measure it so the reading is real.

At What Temperature Is Salmonella Killed? What the number really means

Salmonella is a germ that can live on raw poultry, meat, eggs, and foods that touched their juices. Heat destroys it, but the detail people miss is this: killing is about temperature and time.

At higher temperatures, Salmonella dies in less time. At slightly lower temperatures, it can still die, but it needs more time at that heat. That’s why food-safety charts use a short “minimum internal temperature” for each food type. For poultry, the widely used minimum is 165°F (74°C).

Public charts aimed at home cooks keep the rule simple: use a thermometer and cook to the listed minimum. The USDA’s Safe Minimum Internal Temperature Chart is the cleanest one-page reference for common foods.

Why 165°F shows up so often

Poultry is the classic Salmonella food. Bacteria can be on the surface and also inside, since poultry parts are handled, cut, and sometimes injected or brined. A single end temperature that clears the risk without needing a stopwatch is easier for real kitchens.

The CDC gives the same home-cooking target for chicken: cook chicken to 165°F, checked with a food thermometer. That guidance is written for busy households, not a test kitchen.

Time matters, even when you hit 165°F

Thermometers measure a spot, not the whole piece. When you pull food off the heat, the center can keep warming for a bit. That carryover heat helps. The flip side is also true: if the probe was near a hotter pocket, you can get a “pass” reading while the coldest spot is still below target.

So the goal is not “touch 165°F once.” The goal is “the coldest spot reached it.” The sections below show how to make that happen with fewer surprises.

Temperature to kill salmonella in common foods

People often ask, “Is it always 165°F?” No. Different foods have different targets on official charts. Some meats can be served at lower temperatures when the cut is intact and the heat reached the center in a steady way.

For a single trusted chart that’s easy to use, FoodSafety.gov lays out safe minimum internal temperatures for meat, poultry, seafood, and leftovers.

Still, Salmonella questions come up most with poultry, eggs, and mixed dishes like casseroles. Those are also foods where uneven heating is common, so a higher end temperature gives you breathing room.

Eggs, sauces, and dishes made with eggs

Eggs can carry Salmonella on the shell and inside. For scrambled eggs, omelets, and egg-based casseroles, most people cook by visual cues (set whites, no runny center). A thermometer gives you the cleanest answer when you want certainty.

When eggs are mixed into a dish that also contains meat or dairy, aim for the dish’s coldest spot. Thick casseroles, breakfast bakes, and quiches often need more time than you think because the center warms slowly.

Ground meat and mixed meats

Ground meat changes the usual “surface germs stay on the surface” idea. Grinding spreads any bacteria throughout, so the center has to reach the needed temperature, not just the outside.

Burgers, meatballs, and sausage patties also brown early, so color can fool you. A quick probe test beats guessing.

Seafood and fresh produce

Salmonella is less common on seafood than on poultry, but cross-contact can happen in the kitchen. With produce, the bigger issue is usually washing and avoiding raw meat juices near salad items. Heat can destroy Salmonella on any food, but many produce foods are eaten raw, so clean handling does more work than cooking.

How to measure internal temperature without bad readings

A thermometer is only useful if the probe is in the right place. Most “I cooked it to 165°F and still got sick” stories trace back to a measurement problem or cross-contact after cooking.

Pick the right thermometer style

For most home kitchens, a thin digital instant-read thermometer is the easiest tool. It reads quickly, fits in smaller cuts, and gives you a stable number.

Leave-in probe thermometers also work well for roasts and whole birds, since you can watch the temperature climb without opening the oven again and again.

Where to insert the probe

• Chicken breast: probe from the side into the thickest part, aiming for the center.
• Chicken thighs: probe into the thickest part without hitting bone; bone can read hotter.
• Whole bird: check the thickest part of the breast and the innermost part of the thigh.
• Ground meat: probe the center of the thickest patty or meatball.
• Casseroles: check the center and also a second spot; thick dishes can heat unevenly.

How many spots to check

One reading is a gamble. Two or three readings take seconds and reduce false passes. If one spot is lower, keep cooking and re-check that same low spot.

Carryover heat and resting

Resting is not only about juiciness. It gives heat time to even out inside the food. Rest poultry parts for a few minutes after cooking. For thicker roasts, rest longer. During rest, the temperature near the center can rise and then settle.

Common cooking methods and where Salmonella slips through

Most food-safety misses come from a short list of kitchen habits. Fixing them cuts risk far more than any special spice or trick.

Pan-frying and sautéing

Stovetop cooking can brown the outside quickly while the center lags. Thin cutlets are easy. Thick breasts and thighs need patience, a lid, or a finish in the oven. Check the center, not the crust.

Oven roasting and baking

Ovens heat steadily, which helps the center catch up. Still, trays can have hot corners and cooler zones. Rotate the pan once during cooking if your oven has known hot spots, then check temperature near the thickest part of the food.

Grilling

Grills run hot, then flare, then cool. That rollercoaster can leave parts undercooked even when the outside looks done. Use two-zone heat: sear on the hot side, then finish on the cooler side until the center reaches the target.

Microwaving

Microwaves heat unevenly and leave cold pockets. Stirring, rotating, and resting are mandatory for dishes like soups, sauces, and leftovers. For stuffed chicken or thick casseroles, a microwave alone can be tough to trust unless you check several spots.

Cooking temperatures and hold times that people mix up

You’ll see charts that list “165°F for poultry,” plus other charts that show time-temperature pairs. Both can be true at once.

Many food-service rules use hold times, such as reaching 165°F and holding that temperature for a short interval when reheating. That style of rule appears in the FDA Food Code, which is used as a model for many health departments. The 2022 FDA Food Code spells out cooking and reheating temperatures in Chapter 3, including the 165°F reheating target for time/temperature control foods. You can read it in the official PDF: FDA Food Code 2022.

For home cooking, you can stick to the “minimum internal temperature” charts and keep it simple. When you use lower temperatures on purpose (like sous vide), you’re stepping into the time side of the equation, and you need reliable tables and steady control.

Safe internal temperatures at a glance

The table below pulls the most-used end temperatures into one view so you can plan meals and avoid guessing. Use it with a thermometer, and treat it as a minimum, not a flavor limit.

Food	Minimum internal temperature	Notes for real kitchens
Chicken, turkey, duck (whole or parts)	165°F / 74°C	Check thickest part; avoid bone contact
Ground poultry	165°F / 74°C	Probe the center of the thickest patty
Stuffed poultry or stuffed meats	165°F / 74°C	Check stuffing center, not only the meat
Ground beef, pork, lamb	160°F / 71°C	Color is unreliable; probe the center
Beef, pork, lamb (steaks, chops, roasts)	145°F / 63°C	Use rest time; probe thickest part
Fish (all finfish)	145°F / 63°C	Flesh turns opaque and separates with a fork
Leftovers and casseroles (reheat)	165°F / 74°C	Stir where possible; check more than one spot
Egg dishes (quiche, egg bake, strata)	160°F / 71°C	Center should be set, not runny
Sauces and gravies made with drippings	Bring to a full simmer	Heat evenly and keep stirring to avoid cool pockets

Kitchen habits that keep Salmonella from coming back after cooking

Heat kills Salmonella. Cross-contact can reintroduce it in seconds. That’s why people can cook meat safely, then still get sick.

Use two boards, or wash between tasks

Raw chicken juices on a cutting board can spread to salad ingredients, bread, fruit, or cooked meat. If you only own one board, wash it with hot soapy water, rinse, then dry before you switch to ready-to-eat foods.

Keep raw meat low in the fridge

Store raw poultry on the lowest shelf in a rimmed container. That blocks drips onto foods that won’t be cooked again.

Don’t rinse raw chicken

Rinsing spreads droplets around the sink and nearby counters. Cooking handles the bacteria. Cleanup handles the mess.

Wash hands at the right moments

Wash hands after handling raw meat, after touching the trash, after wiping counters, and before you touch plates or utensils used for cooked food.

When lower temperatures can still work

People who cook steaks medium-rare or use sous vide often ask if Salmonella can die below 165°F. The answer is yes, with enough time at a stable temperature. That’s the same time-temperature idea used in food-service rules and processing standards.

For home use, lower-temperature cooking demands steady control and reliable equipment. A pot of water that swings up and down, or a thick piece of poultry that warms unevenly, can leave a cold center under the needed heat long enough for bacteria to hang on.

If you want the simplest plan with the least guesswork, keep poultry and mixed dishes at 165°F (74°C), measured in the coldest spot.

Troubleshooting: when the thermometer says 165°F but the result still feels off

Sometimes food reaches the target temperature and still disappoints. That doesn’t mean the number is wrong. It usually means the method needs a tweak.

Dry chicken breast

Overcooking often comes from chasing a number in the wrong spot. If you insert the probe too shallow, you may keep cooking long after the center is done.

Try this: cook breast pieces with gentle heat, pull them once the coldest spot hits 165°F, then rest them. Carryover heat finishes the job and the rest settles the juices.

Undercooked dark meat near the bone

Thighs have more connective tissue, and bones change how heat moves. Probe away from bone. If the center is under temperature, keep cooking and re-check in the same spot.

Casserole edges done, center loose

Thick dishes need time for heat to travel inward. Covering the dish for part of the bake traps heat and speeds center cooking. Check the center, then check one spot a couple inches away from the center to confirm even heating.

Quick checklist you can keep by the stove

This list is short on purpose. It’s the stuff that actually prevents most Salmonella problems at home.

1. Use a thermometer, not color.
2. For poultry and leftovers, cook or reheat to 165°F (74°C) in the coldest spot.
3. Check two or three spots on thick pieces.
4. Rest cooked meat a few minutes before slicing.
5. Keep raw meat tools away from ready-to-eat foods.
6. Clean boards, knives, and counters right after raw meat prep.

Common temperature targets people ask about

This second table answers the “What about my situation?” questions that come up most: air fryer, grill, thick cuts, and leftovers. Use it as a habits-and-mistakes map, not as a replacement for checking the temperature.

Situation	Target to use	Move that prevents misses
Air fryer chicken thighs	165°F / 74°C	Probe the thickest thigh away from bone, then rest
Grilled chicken breast	165°F / 74°C	Sear, then finish over cooler heat until center hits target
Frozen breaded stuffed chicken	165°F / 74°C	Check the stuffing center, not only the crust area
Reheating rice, pasta, or casserole	165°F / 74°C	Stir, rotate, and check more than one spot
Meatballs or burgers	160°F / 71°C	Probe the center of the thickest piece
Thick pork chop	145°F / 63°C	Rest after cooking so the center evens out
Cutting cooked chicken on the same board as raw	165°F / 74°C	Switch boards or wash and dry before cooked food touches it

Takeaway: the safest number to use at home

If you want one reliable target for Salmonella on the foods that cause the most trouble, use 165°F (74°C) for poultry, leftovers, and mixed dishes. Check the coldest spot, then rest the food so heat evens out.

That combination—temperature, placement, and clean handling—does more than any trick method. It turns “I think it’s done” into “I know it’s done.”