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Blade steak
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Beef Cuts | |
| Type | Chuck cut of beef |
|---|---|
| Part of a series on |
| Steak |
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The beef top blade steak (also known as the chicken steak) comes from the chuck section of a steer or heifer.
Description
[edit]
The steaks are cross-cut from the top blade subprimal, the infraspinatus.[1] The same muscle cut with the grain gives flat iron steaks, which do not have the connective tissue (fascia) that runs down the middle of the blade steak.
See also
[edit]References
[edit]- ^ "The Unconsidered Cut". GQ. 9 December 2009. Retrieved 12 Dec 2019.
Blade steak
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Overview
Description
Blade steak is a cross-cut steak sourced from the top blade subprimal, comprising the infraspinatus muscle within the chuck primal of beef cattle, primarily steers or heifers.[1][5] This cut originates from the shoulder region, where the muscle supports significant movement, resulting in a flavorful but relatively tougher profile compared to loin-derived steaks.[1] A defining characteristic of blade steak is the presence of a central gristly fascia membrane—a tough band of connective tissue—that runs lengthwise through the middle of the cut, impacting its overall tenderness and often requiring specific preparation to mitigate chewiness.[1] The steak has moderate marbling throughout and some fat accumulation along the edges, contributing to its beefy taste.[6] Blade steak is distinct from the flat iron steak, which is derived from the same infraspinatus muscle but processed by separating and removing the central connective tissue to yield a more uniform, tender product.[1]Etymology and Naming
The term "blade steak" originates from its position adjacent to the scapula, commonly known as the shoulder blade bone, within the chuck primal cut of beef. This naming reflects the anatomical proximity to the blade bone, distinguishing it from other shoulder cuts. The cut is specifically sourced from the infraspinatus muscle, often referred to as the top blade muscle, which lies atop the scapula.[1] Alternative names for blade steak include "top blade steak" and, in some regional U.S. contexts, "chicken steak," the latter likely alluding to its relatively thin and flat profile when sliced. These variations arise from butchery traditions and local marketing practices, where the cut may be labeled based on its boneless form or specific trimming. For instance, it is also known as "oyster blade steak" or "butler steak" in certain markets, emphasizing its versatile shoulder origin.[7][8] The blade steak is closely related to the "flat iron steak," a modern iteration developed in the early 2000s through research funded by the National Cattlemen's Beef Association. Meat scientists at the University of Nebraska–Lincoln and the University of Florida identified the potential of the top blade muscle by removing the tough central connective tissue (the "gristle plate"), creating a more tender, uniform steak. This denuded version was named "flat iron" due to its shape resembling an old-fashioned clothing iron, transforming an underutilized cut into a popular, affordable option.[9][10] The broader "chuck" designation for the shoulder primal, from which blade steak is derived, traces its linguistic roots to the early 18th century in English, where "chuck" denoted a block or chunk of wood or meat, evolving to describe the rugged, working-muscle section of the animal often used for stews due to its toughness. This term, first recorded in reference to shoulder meat around 1723, stems from Old North French "choque," meaning a block or stump, highlighting the cut's historical perception as a substantial but less premium portion.[11]Anatomy and Production
Location on the Animal
The blade steak originates from the chuck primal of the beef carcass, which includes the shoulder region extending from the neck to the front legs and incorporates the first five ribs.[12] This primal area accounts for approximately 27% of the total carcass weight, reflecting its substantial contribution to overall beef yield.[13] Specifically, the blade steak is cut from the infraspinatus muscle, a flat, triangular muscle positioned beneath the scapula, or shoulder blade, within the shoulder clod.[14] In the live animal, this muscle functions to abduct and flex the shoulder joint, contributing to front leg movement and stabilization.[15] Its moderate level of exercise during the animal's life promotes balanced intramuscular fat deposition, or marbling, which enhances the cut's inherent flavor potential.[16] The top blade subprimal, from which the blade steak is derived, represents a small portion of the carcass, typically around 1-2% of total yield, underscoring its niche role within the larger chuck structure.[17]Cutting Process and Variations
The blade steak is derived from the chuck primal, which is separated from the rib section through a straight knife cut perpendicular to the backbone, starting at the caudal end of the sixth rib and extending to the flank. Within the chuck, the subprimal for blade steak—primarily the top blade muscle (M. infraspinatus)—is isolated from the shoulder clod (IMPS 114) by following natural muscle seams and removing adjacent tissues like the serratus ventralis and subscapularis. This subprimal is then cross-cut perpendicular to the muscle grain into steaks typically 1 to 2 inches thick, preserving the central band of connective tissue that runs through the muscle, which contributes to its characteristic texture.[19] The most common variation is the boneless blade steak (IMPS 1114D), weighing 4 to 12 ounces per portion, prepared by deboning the square-cut chuck's blade portion prior to slicing. Bone-in versions, such as those retaining the 7-shaped scapula blade bone, are less prevalent in modern retail due to preferences for boneless cuts but can be produced from the arm-end or blade-end of the square-cut chuck.[19] Thickness variations include thinner cuts around 3/4 inch for faster cooking methods and thicker ones up to 2 inches for slower preparations, with tolerances of ±3/16 inch for cuts 1 inch or less as per institutional standards. Related cuts from the same chuck area include the flat iron steak, fabricated from the top blade by butterflying and excising the inelastic connective tissue seam to yield two tender portions per muscle, a technique developed in the early 2000s to enhance value from underutilized beef.[20] The Denver steak emerges from the under blade subprimal (IMPS 116G), specifically the center-cut serratus ventralis muscle separated along natural seams and sliced boneless across the grain.[21] Additionally, the petite tender, or shoulder tender (IMPS 116B), is a small, elongated cut from the teres major muscle adjacent to the blade area, removed intact via seam separation for its tender profile.[22] Contemporary butchery of blade steak is influenced by USDA yield grading standards, which estimate the percentage of boneless retail cuts from the four major primals (round, loin, rib, and chuck), typically 45-52% of the carcass depending on grade, fat trim, and other factors, to optimize economic returns from the primal.[20] Precision tools like bandsaws and electric knives enable accurate seam following and uniform cross-cuts, reducing waste and ensuring consistency in subprimal fabrication.[19]Physical and Sensory Properties
Flavor Profile and Texture
Blade steak exhibits a rich, beefy flavor profile that is robust and intense, primarily due to the elevated myoglobin content in the shoulder muscles, which imparts subtle iron-like notes and amplifies umami characteristics during cooking.[23][24] This depth of flavor arises from the active nature of the chuck primal, where higher myoglobin levels contribute to a more pronounced beef identity compared to less exercised cuts.[7] The texture of blade steak is inherently tough and chewy, owing to a prominent line of connective tissue—often referred to as the gristle line—that runs through the center of the cut, though moderate marbling interspersed within the muscle provides pockets of juiciness to balance the overall mouthfeel.[7] When subjected to low-and-slow cooking, this connective tissue breaks down, transforming the steak into a more tender product without altering its fundamental structural qualities. Several factors influence the quality of blade steak, including the age of the animal, where younger cattle yield meat with less developed connective tissue and thus greater inherent tenderness. Additionally, USDA grading plays a key role, with Choice and Prime grades featuring higher levels of intramuscular fat that enhance flavor robustness and juiciness while mitigating some toughness. In sensory evaluations, blade steaks consistently score highly for flavor intensity, often noted for their bold beefy and bloody/serumy notes, but receive lower ratings for tenderness relative to loin cuts such as top-sirloin or tenderloin in blind taste tests conducted by trained panels.[25][26] These assessments highlight the cut's strength in taste depth while underscoring the challenge posed by its fibrous texture.[26]Nutritional Composition
Blade steak, derived from the beef shoulder (chuck) region, offers a nutrient-dense profile typical of lean red meat cuts. A 3-ounce (85-gram) serving of cooked, grilled blade steak (separable lean only, trimmed to 0 inches of fat, all grades) contains approximately 167 calories, 24 grams of protein, 7.8 grams of total fat (of which 3.2 grams is saturated), and 0 grams of carbohydrates.[27] This cut is notably high in essential micronutrients that support various physiological functions. Key examples include iron at 2.7 mg (15% of the Daily Value, DV), zinc at 8.4 mg (76% DV), vitamin B12 at 4.4 mcg (183% DV), niacin at 3.7 mg (23% DV), and selenium at 26.7 mcg (49% DV). The following table summarizes these micronutrients per 3-ounce serving:| Nutrient | Amount | % Daily Value |
|---|---|---|
| Iron | 2.7 mg | 15% |
| Zinc | 8.4 mg | 76% |
| Vitamin B12 | 4.4 mcg | 183% |
| Niacin | 3.7 mg | 23% |
| Selenium | 26.7 mcg | 49% |


