complete fracture

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1. the breaking of a part, especially a bone.
2. a break in continuity of bone; it may be caused by trauma, twisting due to muscle spasm or indirect loss of leverage, or by disease that results in osteopenia. See illustration.
Types of fractures.
Treatment. Immediate first aid consists of splinting the bone with no attempt to reduce the fracture; it should be splinted “as it lies,” which means supporting it in such a way that the injured part will remain steady and will resist jarring if the victim is moved. Later it will be treated by reduction, which means that the broken ends are pulled into alignment and the continuity of the bone is established so that healing can take place. Fracture healing is truly a process of regeneration. Fractures heal with normal bone, not with scar tissue. Closed reduction is performed by manual manipulation of the fractured bone so that the fragments are brought into proper alignment; no surgical incision is made. Open fractures are highly contaminated and must be débrided and copiously irrigated in the operating room. A fracture may also require internal fixation with pins, nails, metal plates, or screws to stabilize the alignment. Once closed reduction is accomplished, the bone is immobilized by application of a cast or by an apparatus exerting traction on the distal end of the bone.
avulsion fracture separation of a small fragment of bone cortex at the site of attachment of a ligament or tendon.
Barton's fracture fracture of the distal end of the radius into the wrist joint.
Bennett's fracture fracture of the base of the first metacarpal bone, running into the carpometacarpal joint, complicated by subluxation.
blow-out fracture fracture of the orbital floor caused by a sudden increase of intraorbital pressure due to traumatic force; the orbital contents herniate into the maxillary sinus so that the inferior rectus or inferior oblique muscle may become incarcerated in the fracture site, producing diplopia on looking up.
closed fracture one that does not produce an open wound, as opposed to an open fracture. See illustration. Called also simple fracture.
Colles' fracture fracture of the lower end of the radius, the distal fragment being displaced backward.
comminuted fracture one in which the bone is splintered or crushed, with three or more fragments. See illustration.
complete fracture one involving the entire cross section of the bone.
compound fracture open fracture.
compression fracture one produced by compression.
depressed fracture (depressed skull fracture) fracture of the skull in which a fragment is depressed.
direct fracture one at the site of injury.
dislocation fracture fracture of a bone near an articulation with concomitant dislocation of that joint.
double fracture fracture of a bone in two places.
Dupuytren's fracture Pott's fracture.
Duverney's fracture fracture of the ilium just below the anterior inferior spine.
fissure fracture a crack extending from a surface into, but not through, a long bone.
greenstick fracture one in which one side of a bone is broken and the other is bent, most commonly seen in children. See illustration.
impacted fracture fracture in which one fragment is firmly driven into the other.
incomplete fracture one that does not involve the complete cross section of the bone.
indirect fracture one distant from the site of injury.
interperiosteal fracture greenstick fracture.
intrauterine fracture fracture of a fetal bone incurred in utero.
Jefferson's fracture fracture of the atlas (first cervical vertebra).
lead pipe fracture one in which the bone cortex is slightly compressed and bulged on one side with a slight crack on the other side of the bone.
Le Fort fracture bilateral horizontal fracture of the maxilla. Le Fort fractures are classified as follows: Le Fort I fracture, a horizontal segmented fracture of the alveolar process of the maxilla, in which the teeth are usually contained in the detached portion of the bone. Le Fort II fracture, unilateral or bilateral fracture of the maxilla, in which the body of the maxilla is separated from the facial skeleton and the separated portion is pyramidal in shape; the fracture may extend through the body of the maxilla down the midline of the hard palate, through the floor of the orbit, and into the nasal cavity. Le Fort III fracture, a fracture in which the entire maxilla and one or more facial bones are completely separated from the craniofacial skeleton; such fractures are almost always accompanied by multiple fractures of the facial bones.
longitudinal fracture one extending along the length of the bone. See illustration.
Monteggia's fracture one in the proximal half of the shaft of the ulna, with dislocation of the head of the radius.
oblique fracture one in which the break extends in an oblique direction. See illustration.
open fracture one in which a wound through the adjacent or overlying soft tissue communicates with the outside of the body; this must be considered a surgical emergency. The compounding may come from within (by a bone protruding through the skin) or from without (e.g., by a bullet wound communicating with the bone). See illustration. Called also compound fracture.
pathologic fracture one due to weakening of the bone structure by pathologic processes such as neoplasia or osteomalacia; see illustration. Called also spontaneous fracture.
pertrochanteric fracture fracture of the femur passing through the greater trochanter.
ping-pong fracture an indented fracture of the skull, resembling the indentation that can be produced with the finger in a ping-pong ball; when elevated it resumes and retains its normal position.
Pott's fracture fracture of lower part of the fibula with serious injury of the lower tibial articulation.
simple fracture closed fracture.
Smith's fracture reversed Colles' fracture.
spiral fracture one in which the bone has been twisted and the fracture line resembles a spiral. See illustration.
spontaneous fracture pathologic fracture.
sprain fracture the separation of a tendon from its insertion, taking with it a piece of bone.
stellate fracture one with a central point of injury, from which radiate numerous fissures.
Stieda's fracture a fracture of the internal condyle of the femur.
transcervical fracture one through the neck of the femur.
transverse fracture one at right angles to the axis of the bone. See illustration.
trophic fracture one due to a nutritional (trophic) disturbance.
Miller-Keane Encyclopedia and Dictionary of Medicine, Nursing, and Allied Health, Seventh Edition. © 2003 by Saunders, an imprint of Elsevier, Inc. All rights reserved.

complete fracture

A fracture characterised by complete breakage of the bone into two or more pieces.
Segen's Medical Dictionary. © 2012 Farlex, Inc. All rights reserved.

complete fracture

Orthopedics A fracture in which the bone fragments are completely separated. Cf Fracture, Incomplete fracture.
McGraw-Hill Concise Dictionary of Modern Medicine. © 2002 by The McGraw-Hill Companies, Inc.

com·plete frac·ture

(kŏm-plēt' frak'shŭr)
A break in a bone with total separation of the fragments.
Medical Dictionary for the Health Professions and Nursing © Farlex 2012
References in periodicals archive ?
Caption: Figure 11: Crack pattern in each specimen: (a) a-1 (crack initiation); (b) a-2 (crack development); (c) a-3 (complete fracture); (d) b-1 (adhesion failure on the external surface); (e) b-2 (development of inner surface detachment); (f) b-3 (complete separation); (g) c-1 (crack initiation); (h) c-2 (crack development); (i) c-3 (complete fracture); (j) d-1 (crack initiation); (k) d-2 (crack development); (l) d-3 (complete fracture).
(14) pointed out that the presence of a radiolucent line in an incomplete fracture poses a high risk of progression to a complete fracture. They conducted a retrospective study in order to define a management strategy for incomplete AFF and concluded that fractures without a radiolucent line appear to respond to conservative management and do not require surgical prophylaxis.
Cases of complete fracture of horn at mid to proximal one third and owner not consenting for total dehorning; the horn was trimmed with hexa blade nearer to fracture site leaving a stump (Fig.
The major features of AFF are as follows: (1) the fracture is associated with minimal or no trauma (e.g., a fall from a standing height or less); (2) the fracture line originates at the lateral cortex and is substantially transverse, although it may become oblique as it progresses medially across the femur; (3) complete fractures extend through both cortices and may be associated with a medial spike (incomplete fractures involve only the lateral cortex); (4) the fracture is noncomminuted or minimally comminuted; (5) and localized periosteal or endosteal thickening of the lateral cortex is present at the fracture site (i.e., beaking or flaring).
One male presented with a complete fracture. Women had a greater mean femoral neck shaft angle compared to men (132.2[degrees] [+ or -] 0.6[degrees] versus 129.0[degrees] [+ or -] 0.8[degrees], respectively; P=.0082).
In the simulation process, when the principal strain in the aged trabecular bone model exceeded the crack initiation strain of trabecular bone tissue, crack in the aged model would be initiated, and then the crack began to grow obeying the bone damage propagation law until complete fracture occurred in the aged model.
They should be monitored very closely during conservative treatment for any progression to a complete fracture and displacement.
Atypical femoral fracture: Major and minor features (a) Major features (b) * Located anywhere along the femur from just distal to the lesser trochanter to just proximal to the supracondylar flare * Associated with no trauma or minimal trauma, as in a fall from a standing height or less * Transverse or short oblique configuration * Noncomminuted * Complete fractures extend through both cortices and may be associated with a medial spike; incomplete fractures involve only the lateral cortex.
Stress fractures are defined as a partial or complete fracture of bone due to an inability to endure a non-violent stress.
From this figure it is also obvious that immediately after the peak load the experiment was terminated due to the complete fracture of the plain specimen.
-- Most stress fractures in young athletes will heal with conservative management, but some carry a high risk for progression to complete fracture or for poor healing and require more aggressive measures.

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