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Built for the advanced player with 70% carbon construction. Countervail Vibration Canceling Technology so that the player never has to sacrifice power for comfort.
Your game is defined by hustle and never backing down. Countervail technology helps you perform at your highest level with reduced stick vibration. With an optimal balance point and Power Core technology, you drive the ball up the field with confidence and speed.
Designed with insight from America's most decorated player, Katie Bam, the Stallion line has quickly become a favorite of elite players everywhere.
Countervail Vibration Canceling Technology so that the player never has to sacrifice power for comfort.
Shaved Toe profile allows players to have more precise ball movement anywhere on the field.
Power Core material allows for more pop off the stick, and increased speed of the ball.
|STX Field Hockey Stallion HPR 901||STX Field Hockey Stallion HPR 701||STX Field Hockey Stallion HPR 401||STX Field Hockey Stallion HPR 101|
|Technology||Countervail, Power Core, Nano Enhanced Resin System, Shaved Toe||Countervail, Power Core, Nano Enhanced Resin System, Shaved Toe|
|Weight||540 grams||550 grams||560 grams||580 grams|
|Length||35.5", 36.5", 37.5"||35.5", 36.5", 37.5"||35", 36.5", 37.5"||34", 35", 36", 37"|
|Composition||90% Carbon, 10% Aramid||70% Carbon, 25% Fiberglass, 5% Aramid||40% Carbon, 55% Fiberglass, 5% Aramid||10% Carbon, 85% Fiberglass, 5% Aramid|
|Bow Height||24 mm||24 mm||24 mm||24 mm|
Molecular pathway of estrogen receptor (ER) action. Typically, estrogen binds to the ligand-binding domain of receptors in the nucleus, which causes a conformational change. Estrogen-responsive elements (ERE) mediate genomic effects. RE, response element; TF, transcription factor; GF, growth factor; GF-R, growth factor receptor; CoA, co-activator; CoR, co-repressor; MAPK, mictogen-activated protein kinase; PI3K, phophoinositide 3-kinase; Src, proto-oncogene tyrosine-protein kinase; AP-1, activating protein-1; Sp-1, stimulating protein-1. Adapted from Nie et al.16
Measurement parameters utilized to determine the esophageal motor function. (A) Esophagogastric junction (EGJ). (B) Esophageal body. EGJ-CI, esophagogastric junction-contractile integral; IRP, integrated relaxation pressure; LES, lower esophageal sphincter.
High-resolution manometry test swallows and maneuvers. (A) Supine 5 mL liquid; (B) upright 5 mL liquid; (C) viscous (apple sauce); (D) solid (graham cracker); (E) multiple rapid swallow; and (F) rapid drink challenge. Integrated relaxation pressure (IRP) and distal contractile integral (DCI) were 11 mmHg and 1760 mmHg·cm·sec (A), 8 mmHg and 1950 mmHg·cm·sec (B), 7 mmHg and 1600 mmHg·cm·sec (C), 10 mmHg and 1400 mmHg·cm·sec (D), 4 mmHg and 4600 mmHg·cm·sec (E), and 3 mmHg and 0 mmHg·cm·sec (F), respectively. Figure used with permission from the Esophageal Center at Northwestern.
Our diagnostic algorithm of defecation disorders using a colonic transit study. DD, defecation disorders; DRE, digital rectal examination; NTC, normal transit constipation; STC, slow transit constipation; RS, rectosigmoid colon.
Statistical maps showing voxel-mirrored homotopic connectivity (VMHC) differences between irritable bowel syndrome (IBS) and healthy controls (HCs;