Buffalo Meat Protein Per 100G | What The Numbers Mean

Buffalo meat delivers about 20–24 grams of protein per 100 grams for most lean cuts, with some cooked cuts landing closer to the high-20s.

If you’re counting protein, “per 100 g” is the cleanest label language you’ll find. No guessing. No “one steak” confusion. Just a standard weight you can scale up or down.

One catch: “buffalo meat” can mean different things in different places. In the U.S., “buffalo” is often used on menus for bison. In many other regions, buffalo usually means water buffalo. Both are high-protein red meats, and both tend to be leaner than many common beef cuts, yet the exact protein number still shifts by cut, trim level, and whether you’re looking at raw or cooked weight.

This article shows how to read the numbers, what ranges to expect, and how to do quick portion math so you can plan meals without overthinking it.

Buffalo Meat Protein Per 100G With Real-World Variables

Most people want one number. Real food doesn’t play that neat. Protein per 100 g changes for three main reasons: the cut, the fat level, and the state (raw vs. cooked).

Cut And Trim Change The Baseline

Lean, separable muscle meat carries more protein per bite than fatty trimmings. So a lean roast or top round usually gives a higher protein share than a fattier grind. Even within “ground,” the fat percentage matters.

If you’re shopping from a butcher, ask for the lean percentage or look for a nutrition label. If you’re searching a database, match your cut name as closely as you can.

Raw Versus Cooked Numbers Can Look Far Apart

Cooking drives off water. The protein doesn’t vanish, but the meat weighs less after cooking. That can make cooked meat show more protein per 100 g than raw meat, even when the original piece is the same.

That’s why two labels can both be “right” while looking different. A raw 100 g portion might show a lower protein number than a cooked 100 g portion, because cooked 100 g represents a denser piece after moisture loss.

Cooking Method Shifts Yield

Roasting, broiling, pan-broiling, and grilling can lead to slightly different moisture losses. The change in protein per 100 g is mostly about water and fat render, not a sudden change in the meat’s protein quality.

If you meal prep and weigh cooked portions, use cooked entries when possible. If you weigh raw meat before cooking, raw entries match your workflow better.

How To Find A Trustworthy Protein Number

The fastest way to avoid bad nutrition “facts” is to anchor your number to a reputable dataset and match your cut and state. USDA’s FoodData Central is a standard go-to for U.S. food composition data and is widely referenced in nutrition work. You can search it and compare multiple entries for bison/buffalo cuts here: USDA FoodData Central food search for bison.

For research-style data on bison meat composition across muscles, USDA Agricultural Research Service has published nutrient composition findings, including protein per 100 g in analyzed samples: USDA ARS publication on nutrient composition of bison.

Quick Checklist Before You Trust A Number

• Species label: bison, water buffalo, or a mixed product.
• Cut name: ribeye, top round, roast, ground, stew meat.
• Fat level: lean only, separable lean, extra-lean ground, regular ground.
• State: raw vs. cooked, and the cooking method.
• Serving basis: per 100 g is ideal for clean comparison.

Why The Range Matters More Than One “Perfect” Number

If you’re tracking macros, a tight range can be more useful than a single point that doesn’t match your actual cut. For most lean buffalo/bison cuts, you’ll commonly see protein land in the low-20s per 100 g. Some cooked, very lean entries can push into the mid- to high-20s per 100 g.

That’s a normal spread. It’s not a sign the data are broken. It’s a sign the meat is real food with real variability.

What Protein Per 100G Usually Looks Like In Buffalo Meat

Below is a practical “expectation table” you can use while shopping, logging, or building meals. Values are presented as ranges so you can match your exact cut using a database entry or your package label. If you want to cross-check against a U.S. reference dataset, start with the FoodData Central search and compare items that match your cut and cooking state: FoodData Central bison entries.

Also, if you see “lean only” or “separable lean only” on an entry, expect higher protein density than a fattier grind. USDA ARS sample data show bison muscles averaging protein around the low-20s per 100 g in analyzed samples, which fits well with the ranges below: USDA ARS bison nutrient composition.

Table 1 (after ~40% of article)

Buffalo/Bison Item	Typical Protein Per 100 g	Why It Lands There
Lean roast (cooked)	22–28 g	Moisture loss during cooking raises protein per 100 g.
Top round or similar lean steak (cooked)	23–29 g	Very lean muscle with low fat, often listed as “lean only.”
Ribeye or marbled steak (cooked)	20–26 g	More fat can lower protein density per 100 g.
Extra-lean ground (raw)	19–23 g	Raw weight includes full moisture, and lean grind stays protein-forward.
Ground (cooked)	21–27 g	Cooked weight is denser after water and some fat render.
Stew meat or mixed trim (raw)	18–22 g	Trim level varies, and raw weight includes more water.
Packaged “lean only” bison/buffalo meat (label-based)	20–26 g	Nutrition Facts panels often reflect a specific trim and lab/recipe method.
Water buffalo lean cuts (varies by region)	19–25 g	Species and feeding vary; match your local label or database entry.

Protein Planning That Actually Works Day To Day

Once you accept a realistic range, planning gets easy. Pick a “working number” that matches your usual purchase. If you buy lean cuts most of the time, using 22–24 g protein per 100 g is a solid daily driver for buffalo/bison meat.

If you log in an app, grab the closest entry for your cut and keep it consistent. Precision improves when your logging matches your routine, not when you chase a new entry every meal.

Choose One Of These Tracking Styles

• Label-first: Use your package Nutrition Facts when available, since it matches that product.
• Database-first: Use a trusted dataset entry that matches cut + state, like those in FoodData Central.
• Range-first: Use a range when your cuts vary, then tighten it when you settle into a pattern.

Protein Quality: What You’re Getting Beyond The Number

Buffalo and bison are complete proteins, meaning they contain all essential amino acids in useful ratios for human needs. If your main goal is muscle repair, satiety, or hitting a daily protein target, the protein quality is not the weak point. The big swing is the per-100 g amount based on cut and cooked state.

If you’re pairing buffalo meat with carbs and vegetables, you can build balanced plates without turning dinner into a math project.

Food Safety And Handling Notes For Lean Game Meats

Buffalo and bison are lean. That’s a perk for macros, yet it also means they can dry out if cooked too hard. Keep the heat controlled, rest the meat after cooking, and avoid overcooking thin cuts.

On the safety side, handle bison meat like other raw meats: keep it cold, prevent cross-contact, and cook thoroughly. USDA FSIS has a clear “farm to table” handling overview for bison here: USDA FSIS Bison From Farm To Table.

If you’re curious about inspection in the U.S., USDA explains bison inspection at inspected establishments here: USDA: How Is Bison Inspected?.

Why Safety Notes Matter For Protein Tracking

It’s simple: you only benefit from the protein if the meat is handled well and cooked safely. Safe storage and clean prep also protect your meal prep routine. No one wants to toss a week of lunches because of sloppy handling on day one.

Portion Math: Convert 100 g Protein To What You Eat

Most people don’t eat exactly 100 g at dinner. You eat “a burger patty,” “a steak,” or “a bowl.” So the trick is turning a per-100 g number into your portion fast.

Use this formula:

• Protein in your portion = (your portion grams ÷ 100) × (protein per 100 g)

If you don’t have a scale, you can still estimate using common cooked serving weights, then refine later. A cheap kitchen scale makes this painless, especially if you meal prep.

Table 2 (after ~60% of article)

Cooked Portion	Portion Weight	Protein If Your Meat Is 22 g Per 100 g
Small serving	85 g (about 3 oz)	About 19 g
Common serving	113 g (about 4 oz)	About 25 g
Hearty plate	170 g (about 6 oz)	About 37 g
Large steak night	227 g (about 8 oz)	About 50 g
Two burger patties (varies)	200 g total cooked	About 44 g
Meal prep bowl portion	140 g cooked	About 31 g
Snack plate add-on	60 g cooked	About 13 g

Common Logging Mistakes That Skew Your Protein Count

Most “protein errors” are not about bad math. They’re about mismatched entries.

Using Cooked Entries For Raw Weights

If you weigh raw meat and log a cooked entry, your protein total will drift. Pick one approach and stick with it. If you meal prep by weighing cooked portions into containers, use cooked entries and keep it consistent.

Logging “Bison Burger” When You Ate A Lean Steak

A burger entry can include added fat, binders, or a different lean percentage. A lean steak entry is usually more protein-dense per calorie. Match the cut and format whenever you can.

Forgetting That Ground Products Vary A Lot

Ground buffalo/bison ranges from extra-lean to richer blends. If your package lists fat grams, that’s a clue. More fat per 100 g usually means less protein per 100 g.

Practical Takeaways If You Just Want A Usable Number

If you’re cooking lean buffalo or bison most of the time, you can treat it as a high-protein meat that usually sits around the low-20s grams of protein per 100 g. Some cooked, very lean cuts can land closer to the high-20s per 100 g.

If you need to pick one number for day-to-day tracking, choose a value that matches your buying habits, then tighten it by checking a matching database entry or your label. USDA FoodData Central is the clean starting point for U.S. entries: FoodData Central bison search.