An orthosis with at least one holding element for placing on a body part and securing the holding element with at least one securing member, with which two ends of the holding element bearing on the body part can be connected to each other with tensioning. The at least one holding element is designed without a stable shaped part and allows the bandage to be applied using one hand because the holding element has at least one elastic expansion part, which does not perform the function of a shaped part adapted to the body part and which pretensions the holding element in such a starting shape that the ends of the holding element jut out from the body part, and, with the securing member, the ends of the holding element can be applied to the body part counter to the pretensioning of the expansion part.

A shoulder immobilizer and arm apparatus are provided for enhanced comfort and ease of use for rehabilitating a shoulder. The shoulder immobilizer includes a double figure-9 strap configuration to support the weight of an injured arm and shoulder comfortably. The shoulder immobilizer can be stepped down for modular construction and use depending on a user's needs. The shoulder immobilizer may be configured to cooperate with a corresponding arm apparatus, including an open-frame sling allowing for elbow extension and a simplified strap configuration.

The arm brace supports the arm weight. The arm brace has a wrap member, an arm support member, and an arm sleeve member. The wrap member is secured around a hip and a thigh of a user. The arm support member is secured to a side of the wrap member and provides a platform structure that supports the arm sleeve. The arm sleeve member partially surrounds and protects the forearm. The arm brace supports the weight of the arm on the hips and does not require a shoulder strap, a neck strap for support and any other upper body supports. The brace provides a stable support structure that immobilizes the arm regardless of the position of the patient. The hand extends out from a front end of the brace so the user can perform activities such as eating, typing, and grasping.

Dynamic arm brace assemblies and methods of use are provided herein. An example device includes a torso connection member securable to a torso of a patient, a forearm support member that couples with at least a forearm of an patient, the forearm support member couples with the torso connection member so as to fix an elbow of the patient proximate the torso, the forearm support member being pivotally coupled to the torso connection member to allow for an angle between the forearm support member and a coronal plane of the patient, and a dynamic tensioning assembly that externally rotates the forearm support member and selectively sets the angle so as to stretch a shoulder capsule (capsule and adjacent tissue(s)) affected with adhesive capsulitis, reducing the adhesive capsulitis.

An orthotic device restrains a portion of the movement of a wearer's limb about a joint to train the wearer's muscles to be so limited after the device is no longer worn, preventing hyperextension. The device includes: a first and second tubular portions, and at least one resistance band. The first and second tubular portions encircle respective portions of the limb on opposite sides of a joint, and apply compression. The tubular portions are formed of elastic material, and are joined together to orient an axis of the second tubular portion at an angle to an axis of the first tubular portion, when undeformed. The first and second ends of the resistance member(s) are fixedly secured to selective positions on the first and second tubular portions, respectively, and has a length configured to bias only a portion of the range of movement of the limb away from full extension.

A shoulder and arm support for supporting either the left shoulder and arm or the right shoulder and arm of a patient. The support includes a case which has a shoulder strap secured thereto and a body strap secured thereto. The case has an interior compartment in which a resilient cushion and an air inflatable bladder are positioned. The case includes an outer panel which is pivotally secured to the upper panel of the case and which is pivotally movable between first and second positions. The inflation of the bladder causes the outer panel to be moved from its first position to its second position. The exterior surface of the upper panel has a plurality of arm straps adjustably positioned thereon.

A shoulder brace for non-surgical treatment that is capable of immobilizing an upper arm of a patient having acromioclavicular joint dislocation or a distal clavicle fracture. The brace enables activities of daily living for the patient and relieves uneasiness/discomfort. The shoulder brace includes a strap utilized for reduction, the strap forming a loop made in series by a section which runs down vertically from the front of the acromioclavicular joint toward the ulnar side of the forearm, a section which runs across a forearm trough, a section which runs up from the radial side of the forearm windingly across the front of the upper arm to the back of the shoulder, and a section which runs across from the back to the front over the shoulder pad and reaches to the acromioclavicular joint part. The shoulder brace is fitted to a patient in the extremity position where the upper arm hangs down, and the strap runs crossly or twistingly to stably retain the reduction.

A shoulder rehabilitation brace that operates to aid patients in rehabilitating their shoulder joint in an anatomically correct manner with the trapezius is locked down in order to prevent substantial upward shoulder shrug movements. Embodiments of the shoulder rehabilitation brace may include a shoulder strap and a thigh strap, with the shoulder strap using the thigh strap as an anchor while encircling a user's torso and engaging the user's shoulder to cause force to be exerted on the shoulder that prevents shoulder/scapular hiking and keeps the shoulder blade in retracted position in a manner that helps prevent potential shoulder impingement scenarios. In this regard, the shoulder rehabilitation brace is able to emulate the same hand on trapezius area function that therapists manually apply to patient rehabbing a shoulder condition in-clinic.

Various apparatus, e.g., braces or supports, and methods for stabilizing a shoulder and/or arm of a subject are provided herein. In certain variations, a shoulder stabilization apparatus includes one or more inelastic, non-stretchable and/or rigid components which restrict or limit various types of shoulder and/or arm motion, e.g., abduction. The shoulder stabilization apparatus may include various accessory straps which restrict or limit various types of shoulder and/or arm motion.

A shoulder-immobilizing apparatus includes a forearm sling. The forearm sling is configured to receive an elbow, forearm and wrist of a first arm of a user and includes a first fastener configured for fastening a posterior strap to a proximal portion adjacent to the elbow, a second fastener configured for fastening an anterior strap to a distal portion adjacent to the wrist, and a contralateral strap holder. The contralateral strap holder includes a circumferential shoulder strap configured to wrap around a shoulder of a second arm of the user to form a substantially ellipsoid opening that seats against a pectoral region, a scapular region and one of an underarm region or a lateral outside portion of the shoulder of the user's second arm. The posterior and anterior straps each have swivel fasteners rotatably coupled to respective posterior and anterior portions of the circumferential shoulder strap. Related methods are also provided.