Dislocation Collection

Method of reducing dislocation of the shoulder with knee in armpit
6116638 Method of reducing dislocation of the shoulder with knee in armpit,; (add.info.: Method of reducing dislocation of the shoulder with knee in armpit)

Method of reducing dislocation of the shoulder by the heel in the armpit
6116640 Method of reducing dislocation of the shoulder by the heel in the armpit; (add.info.: Method of reducing dislocation of the shoulder by the heel in the armpit)

Reduction of dislocation of elbow
6116642 Reduction of dislocation of elbow,; (add.info.: Reduction of dislocation of elbow. From The Household Physician, published c.1898.); Photo © Ken Welsh. All rights reserved 2024.

Method of reducing dislocation of the shoulder without assistance
6116641 Method of reducing dislocation of the shoulder without assistance; (add.info.: From The Household Physician, published c.1898.); Photo © Ken Welsh. All rights reserved 2024.

Surgical knee pad and machine for treating disloqueous joints of Jean Louis Petite - Plate drawn from "
FLO4611913 Surgical knee pad and machine for treating disloqueous joints of Jean Louis Petite - Plate drawn from " L'Encyclopedie" by Denis Diderot (1713-1784)

Digital illustration of dislocated hip
Anatomy, Biomedical Illustration, Close-Up, Cross Section, Digitally Generated, Dislocation, Healthcare and Medicine, Hip Bone, Human Bone, Illustration and Painting, Illustrative Technique

Wounded soldier, illustration from The Works of Hippocrates
STC446023 Wounded soldier, illustration from The Works of Hippocrates, 1934 (colour litho) by Kuhn-Regnier, Joseph (1873-1940); Private Collection; (add.info)

18th century surgical knee pad and dislocation machine
18th century surgical knee pad in place on a leg 1, Jean Louis Petits machine for dislocated joints 2-5. Copperplate engraving by Robert Benard from Denis Diderots Encyclopedia, Pellet, Geneva, 1779

Luxation sous coracoidienne de l epaule, Deplacement de la tete de l humerus (colour litho)
5210354 Luxation sous coracoidienne de l epaule, Deplacement de la tete de l humerus (colour litho) by French School, (19th century); Private Collection; (add.info)

Apparatus for reducing dislocations, 1544. The subject is placed on a bed with a windlass at either end. Ropes are attached to the area of dislocation and force is applied by turning the windlass

Reduction of dislocation of elbow. From The Household Physician, published c. 1898
Reduction of dislocation of elbow. From The Household Physician, published c.1898

Method of reducing dislocation of the shoulder without assistance. From The Household Physician, published c. 1898
Method of reducing dislocation of the shoulder without assistance. From The Household Physician, published c.1898

Method of reducing dislocation of the shoulder by the heel in the armpit. From The Household Physician, published c.1898

Method of reducing dislocation of the shoulder with knee in armpit. From The Household Physician, published c. 1898
Method of reducing dislocation of the shoulder with knee in armpit. From The Household Physician, published c.1898

Temporomandibular joint, normal and dislocated

Dislocated neck bones, X-ray
X-ray (side view) of the neck in a 57 year old patient showing dislocated vertebral bones (C5-C6) after a car accident

Sopwith Model V: Dislocations of coal strata
This model shows that while very little coal may appear at ground level, coal seams (subject to faults and dislocations) can be found below the ground

Sopwith Model III: Dislocation of strata
This model represents the side of a valley of denudation, with undisturbed horizontal beds of sedimentary rock when fully assembled

Army therapist exercises the shoulder and elbow of a soldier patient, following the fracture and dislocation of humerous bone. circa 1940-1945

Broken elbow, X-ray C017 / 7266
Broken elbow. X-ray of the elbow of a 4 year old female with a displaced supracondylar fracture. The fracture is at the base of the humerus, the upper arm bone (upper frame)

Dislocated shoulder, X-ray F008 / 3441
Dislocated shoulder. Coloured X-ray of a 77 year old female patient with a dislocated shoulder

Dislocated shoulder, X-ray F008 / 3443
Dislocated shoulder. Coloured X-ray of a 77 year old female patient with a dislocated shoulder

Dislocated shoulder, X-ray F008 / 3444
Dislocated shoulder. Coloured X-ray of a 77 year old female patient with a dislocated shoulder

Dislocated shoulder, X-ray F008 / 3442
Dislocated shoulder. Coloured X-ray of a 77 year old female patient with a dislocated shoulder

Dislocated wrist, X-ray C017 / 7565
Dislocated wrist. X-ray of the wrist of a 16 year old male that has been dislocated

Dislocated hip replacement, X-ray F006 / 9132
Dislocated hip replacement. Coloured frontal X-ray of the pelvis of a 35 year old patient with an artificial left hip (right) that has become dislocated

Dislocated hip replacement, X-ray F006 / 9131
Dislocated hip replacement. Coloured frontal X-ray of the pelvis of a 35 year old patient with an artificial left hip (right) that has become dislocated

Dislocated hip replacement, X-ray F006 / 9130
Dislocated hip replacement. Coloured frontal X-ray of the pelvis of a 35 year old patient with an artificial left hip (right) that has become dislocated

Dislocated finger, X-ray C017 / 7183
Dislocated finger. X-ray of the left hand of a 51 year old female patient with a dislocated middle finger. Once the bones have been manipulated back into place treatment is with immobilisation

Dislocated wrist, X-ray C017 / 7563
Dislocated wrist. X-ray of the wrist of a 16 year old male that has been dislocated

Broken elbow, X-ray C017 / 7979
Broken elbow. X-ray of the elbow of a 4 year old female with a displaced supracondylar fracture. The fracture is at the base of the humerus, the upper arm bone (upper frame)

Pinned broken ankle, X-ray C017 / 7978
Pinned broken ankle. X-ray of the ankle of a 32 year old male that has been pinned after a parachuting accident. The ankle was dislocated between the tibia (shin bone)

Fractured and dislocated ankle, X-ray C017 / 7976
Fractured and dislocated ankle. X-ray of the ankle of a 32 year old male who has been in a parachuting accident. The ankle is dislocated between the tibia (shin bone)

Broken elbow, X-ray C017 / 7968
Broken elbow. X-ray of the elbow of a 5 year old female with a displaced supracondylar fracture. The fracture is at the base of the humerus, the upper arm bone (upper frame)

Pinned fractured elbow, X-ray C017 / 7969
Pinned fractured elbow. X-ray of the elbow of a 5 year old female that has been internally fixed after a displaced supracondylar fracture

Dislocated hip replacement, X-ray C017 / 7804
Dislocated hip replacement. X-ray of the pelvis of a patient whos total hip replacement of the rigt hip (left) has become dislocated

Dislocated hip replacement, X-ray C017 / 7803
Dislocated hip replacement. X-ray of the pelvis of a patient whos total hip replacement of the rigt hip (left) has become dislocated

Dislocated thumb, X-ray C017 / 7805
Dislocated thumb. X-ray of the right hand of a 10 year old male patient with a dislocated thumb

Dislocated fingers, X-ray C017 / 7754
Dislocated fingers. X-ray of the hand of a 60 year old male patient who has dislocated his third, fourth and fifth fingers

Dislocated knee of baby, X-ray
Congenital knee dislocation. Coloured X-ray of the dislocated and twisted knee of a female baby. The lower leg bones have twisted 180 degrees to the femur (at top)

Dislocated elbow, X-ray
Dislocated elbow. Coloured lateral X-ray of an injury to the elbow (centre) showing that the upper arm bone (humerus, top right) is misaligned (dislocated, turquoise)

Dislocated toe, X-ray
Dislocated toe. Coloured X-ray of the foot of a 49 year old woman with a dislocated toe. The dislocated joint is shown in yellow. It is the fourth proximal interphalangeal joint

Illustration of a whiplash injury to the neck. When the neck is bent forcibly and violently for- wards and then backwards, or vice versa, an injury can be caused to spinal joints of the neck

Dislocated elbow joint, X-ray
Dislocated elbow. Coloured X-ray of the bones (pink/orange) in a dislocated elbow joint. The humerus (upper arm bone, upper frame) has moved out of its correct position

Corrected knee dislocation, X-ray
Corrected knee dislocation. Coloured X-ray of the dislocated and twisted knee of a female baby being manipulated back into place. The hand of the doctor is at bottom

Broken arm and dislocated wrist. Coloured X-ray showing a fracture (centre) of the radius bone in the forearm and a dislocation of the wrist joint at the end of the ulna bone (centre left)

Dislocated finger

Dislocated finger joint, X-ray
Coloured X-ray (two views) of the dislocation (subluxation) of a finger joint (interphalangeal joint) after an injury

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"Dislocation: A Journey of Healing and Restoration" In the realm of human existence, dislocation is an undeniable reality that can manifest in various forms. From the wounded soldier on a battlefield to the intricate illustrations from The Works of Hippocrates, it has left its mark throughout history. One such portrayal takes us back to the 18th century, where surgical knee pads and dislocation machines were employed to mend fractured bones. These archaic devices stand as testaments to humanity's relentless pursuit of finding solutions for physical ailments. The Luxation sous coracoidienne de l'épaule illustration captures a moment frozen in time - a vivid depiction of the displacement of the humerus head. Its vibrant colors serve as a reminder that even amidst pain and suffering, art can illuminate our understanding of medical conditions. Moving forward through time, we encounter apparatuses designed specifically for reducing dislocations; one dating back to 1544 showcases early attempts at rectifying this bodily misalignment. Fast forward centuries later, Sopwith Model V reveals how even coal strata can experience dislocations - highlighting that nature itself is not immune from these disruptions. But it is within ourselves that we find both resilience and innovation. The Sopwith Model III demonstrates our ability to navigate through life's challenges by addressing the dislocations within strata formations. Turning towards more specific instances, we delve into methods for reducing shoulder and elbow dislocations without assistance or with unconventional aids like heels or knees placed strategically in armpits. These techniques harken back to c. 1898 when The Household Physician published invaluable knowledge on self-care during times when professional help may be out of reach. As we conclude this journey through time, let us reflect upon an 18th-century surgical knee pad and dislocation machine alongside a page from Surgical instrument catalogue (c. 1900). They remind us that progress comes hand-in-hand with ingenuity - pushing boundaries and expanding our understanding of the human body.