Proper cooking temperatures. ‪#‎National‬ ‪#‎Foodsafety‬ ‪#‎Education‬ month

Proper cooking temperatures is the temperature endpoint for cooking certain food items. This ensures the food is cooked to a temperature that will destroy possible bacterial contamination.

When it comes to cooking food safely, there are several factors to take into consideration. First, what type of item is being cooked, how is it being served, what is the flavor profile I am wishing to impart to my guests…the list can go on. Suffice to say, food service establishments are required to adhere to certain temperature requirements when cooking foods for the public.

Proper Cooking Temperatures
Proper Cooking Temperatures

Depending on the regulations for the area in which the food is being prepared, the temperature danger zone is either set at a high temperature of either 135 degrees F (57C) or 140 degrees F (60C) (Illinois is 135, Minnesota is 140, as an example). This sets the absolute minimum that food can be held at for service in a restaurant. If the food item drops below this temperature, it must be reheated (per proper reheating standards) up to 165 degrees F, if you wish to continue serving the product; however, that will be a topic for a later date.

Minimum internal cooking temps

For the minimum internal cooking temperature of most items, the temperature is fairly straightforward. These are:

Poultry (whole or ground: duck, turkey, or chicken): 165 degrees F (74C) for 15 seconds.

Stuffing and stuffed meat, fish, poultry, and pasta: 165 degrees for 15 seconds. This means that the stuffing and the meat that was stuffed both must have the temperature checked and both must register 165 degrees F (74C) for 15 seconds.

Items that are considered Temperature Controlled for Safety (TCS) foods that are cooked in a Microwave, whether it be eggs, poultry, fish, and meat: 165 degrees F (74C).

Ground Meat (beef, pork, and other meats): 155 degrees F (68C) for 15 seconds

Injected meats (including brined ham and flavor injected roasts) 155 degrees F (68C) for 15 seconds.

Pork, beef, veal, & Lamb:

Steaks & Chops: 145 degrees F (63C) for 15 seconds

Roasts: 145 degrees F (63C) for 4 minutes; this means the temperature must be checked and it must hold at or above 145 for four minutes.

Seafood (including fish, shellfish, and crustaceans): 145 degrees F (63C) for 15 seconds.

Shell eggs for immediate service: 145 degrees F (63C) for 15 seconds.

Commercially processed, ready-to-eat food: (hot held for service): 135 degrees F (57C). Examples include cheese sticks, deep fried vegetables, etc.

While the above mentioned temperatures are the requirements for the different food items, there are also “alternative” minimum internal cooking temperatures that can be utilized for certain food items.

Beef and Pork Roasts

For example, beef and pork roasts have an alternate cooking endpoint that allows for slow roasting of the product. The following temperatures and time periods represent the minimum internal temperatures and the amount of time that the item must maintain at or above that temperature to be considered safe for human consumption.

130 F (54C) – 112 minutes

131 F (55C) – 89 minutes

133 F (56C) – 56 minutes

135 F (57C) – 36 minutes

136 F (58C) – 28 minutes

138 F (59C) – 18 minutes

140 F (60C) – 12 minutes

142 F (61C) – 8 minutes

144 F (62C) – 5 minutes

145 F (63C) – 4 minutes

Ground and Injected Meats

Additionally, there are alternative minimum internal temperatures for ground and injected meats. This is the best way to ensure that your hamburger is safe and can still enjoy it when cooked medium rare. These times and temperatures are:

145 F (63C) – 3 minutes

150 F (66C) – 1 minute

155 F (68C) – 15 seconds

158 F (70C) – < 1 second

If you have any questions about anything that is presented in these lessons, or have a question about anything regarding food safety, please feel free to contact me.

Check Dr. Mc Keown’s blog daily to see what information we have to share during September, the #National #Foodsafety #Education Month, #NFSM.

Tomorrows lesson: What foodborne contaminants need to grow.