midterm ms. gayatin part 1 PERCEPTION AND COORDINATION

Fracture

• Is a complete or incomplete disruption of in the continuity of bone structure

• Results when bone is subjected to stress more than it can absorb

Wolff’s Law

• Think of this like lifting weights at the gym. Just like muscles get tiny tears and heal stronger, bones subjected to minor stress (microfractures) will rebuild themselves to be denser and stronger.

• T - Twisting: Sudden twisting motions (like catching your ski edge).

• E - Extreme Muscle Contraction: Muscles pull so violently that they actually snap the bone.

• C - Crushing Forces: A heavy weight falling directly onto the bone.

• H - Hits (Direct Blows): Being struck by an object, like a baseball bat or in a car crash.

CAUSES OF FRACTURE

A. The "Plumbing Leaks" (Fluids)

• Edema: Soft tissue swelling.

• Hemorrhage: Internal bleeding into the muscles and joints.

B. The "Wiring Damage" (Lines)

• Severed Nerves: Cuts the electrical signals (causes numbness/pain).

• Damaged Blood Vessels: Cuts the blood supply.

C. The "Structural Collapse" (Connections)

• Joint Dislocation: The bone pops out of its socket.

• Ruptured Tendons & Ligaments: The connective tissues snap.

💡 Memory Trick: Tendons vs. Ligaments

• Tendon = Muscle to Bone. Remember M-T-B (like a Mountain Trail Bike).

• Ligament = Bone to Bone. Remember B-L-B (Bones Link to Bones).

Fracture Effects on Surrounding Structures

Closed (Simple) Fracture

Classification of fracture

The bone is broken, but the skin is intact. Think of it as closed off from the outside world.

Open (Compound) Fracture

Classification of fracture

The bone breaks and pierces through the skin. Think of it as open to the outside air (which means a huge risk for infection!).

Intra-articular Fracture

Classification of fracture

The fracture extends into the cartilage and surface of a joint.

Epiphysis

The ends of the long bone. If a break happens here, it is either proximal (top end/near torso) or distal (bottom end/far from torso).

Diaphysis

The shaft or middle of the long bone. A break here is a midshaft fracture.

Linear

Types of Fractures: Directional Cracks

A straight vertical crack (up and down the bone).

Transverse

Types of Fractures: Directional Cracks

A straight horizontal crack (straight across the bone).

Oblique

Types of Fractures: Directional Cracks

A slanted or diagonal crack.

Spiral

Types of Fractures: Directional Cracks

The crack wraps around the bone like a staircase. Caused by sudden twisting motions.

Comminuted

Types of Fractures

The bone shatters into several tiny pieces.

Compression

Types of Fractures

The bone is crushed under heavy weight. This almost always refers to the vertebrae (spine) from lifting heavy objects or landing hard on your back.

Depressed

Types of Fractures

The bone is pushed inward. This happens in flat bones, like the skull, usually from blunt force trauma (like a motorcycle accident without a helmet).

Impacted

Types of Fractures

The broken bone ends are jammed forcefully into each other. This makes the affected limb look shorter.

Avulsion

Types of Fractures

A piece of the bone is completely torn away from the main bone, usually pulled off by a violently stretching tendon or ligament.

Greenstick

Types of Fractures

Common in children whose bones are still turning from flexible cartilage into solid bone (ossification). The bone bends and splinters but doesn't break completely—just like bending a young, green tree branch.

Epiphyseal

Types of Fractures

A break at the growth plate (epiphysis) in children. This is dangerous because it can stunt the bone's growth, leaving one limb shorter than the other. Assistive devices are often needed.

Pathologic

Types of Fractures

A break caused by disease, not physical trauma. Conditions like bone cancer make the bones so brittle that they snap from normal, everyday movements.

Stress

Types of Fractures

Tiny micro-cracks caused by repeated, heavy strain over time. Very common in weightlifters and marathon runners.

Fracture Type	The "One-Word" Memory Hook	What to Picture in Your Head
Simple	Closed	The bone breaks, but the skin stays totally safe and intact.
Open	Exposed	The bone breaks and violently tears right through the skin.
Transverse	Horizontal	A straight line straight across the bone (-).
Oblique	Slanted	A diagonal line cutting through the bone (/).
Spiral	Staircase	The crack wraps around the bone like a spiral staircase (from twisting).
Comminuted	Crumbled	The bone is shattered into a bunch of tiny fragments.
Compression	Squished	The vertebrae in the spine get crushed vertically from a heavy load.
Depressed	Sunken	A flat bone (like the skull) gets dented inward like a ping-pong ball.
Impacted	Jammed	The broken ends of the bone are violently shoved into each other.
Avulsion	Torn	A tendon/ligament pulls so hard it rips a chunk of bone right off.
Greenstick	Splintered	A kid's flexible bone bends and splinters on one side, but doesn't snap entirely.
Epiphyseal	Growth	A break at the ends of a child's bone that can stop it from growing.
Pathologic	Disease	A brittle bone snaps easily because of a disease (like cancer), not a trauma.
Stress	Overuse	Tiny micro-cracks from repeating a heavy action (like running or lifting).

Types of Fractures

What the Patient Feels:

• Pain: Severe and immediate.

• Loss of function: They physically cannot move or put weight on the injured limb.

What You See:

• Deformity: The limb looks bent or out of its normal shape (requires immediate doctor visits for proper healing).

• Shortening: The limb actually looks shorter than the other one (common if the bones are impacted or dislocated).

• Edema & Ecchymosis: Medical terms for localized swelling (edema) and bruising (ecchymosis).

What You Hear/Feel:

• Crepitus: A sickening crunching or grinding sound/sensation when the broken bone ends rub together.

CLINICAL MANIFESTATIONS FRACTURE

• Rule 1: Immobilize Immediately. Do not move the limb. Apply a splint and bandages to lock it in place.

• Rule 2: Cut the Clothes. Never force a broken arm out of a sleeve. Cut the clothing off, starting from the uninjured side first, then gently cutting away from the injured side.

• Rule 3: Life Over Limb (Bleeding). For open fractures, cover the wound with a sterile dressing. If you don't have one, use whatever is cleanest. Stopping the bleeding is a higher priority than preventing infection. If bleeding is severe, apply a tourniquet proximal (above) the injury to save the patient's life.

EMERGENCY MANAGEMENT FRACTURE

The "P"	Medical Meaning	What is actually going wrong?
Pain	Extreme discomfort	A nerve is directly damaged or pinched.
Pulse	Weak or missing pulse	The artery is injured or blocked.
Pallor	Pale, white skin	Blood supply is cut off (poor circulation).
Paresthesia	"Pins and needles" tingling	A nerve is being compressed by swelling.
Paralysis	Inability to move	A nerve is completely blocked or severed.
Poikilothermia	Cold to the touch	Lack of warm blood flowing to the extremity.

The 6 P's of Neurovascular Assessment

"Reduction"

It means reducing the gap between the broken pieces by putting them back into their normal anatomical position. Doctors want to do this ASAP before swelling makes the tissues stiff.

Closed Reduction (No Surgery)

TYPES OF REDUCTION

The doctor uses their hands to physically pull and manipulate the bone back into place from the outside. They use casts or splints to hold it and an X-ray to double-check their work.

Open Reduction (Surgery)

TYPES OF REDUCTION

The surgeon cuts the patient open to manually realign the bone fragments using hardware.

External Fixation (Outside)

TYPES OF FIXATION

• Hardware (pins, rods, screws) goes into the bone but the frame stays outside the skin.

• The Big Advantage: The doctor can easily adjust the outside frame as the bone heals.

Internal Fixation (Inside)

TYPES OF FIXATION

• Plates, screws, or nails are implanted directly on the bone, entirely inside the body.

• The Two Golden Nursing Rules for Internal Fixation:

  1. Airport Security: If the hardware is metal, the patient needs a medical card/proof for metal detectors.

  2. MRI Danger: Metal inside the body is strongly contraindicated for MRIs (which are giant magnets!).

Passive ROM (Range of Motion):

types of exercises

The patient does nothing; a nurse or therapist moves the limb for them. Not usually for fractures; mostly for paralyzed patients.

Active ROM - Isotonic

types of exercises

The muscle shortens and moves a joint (like doing a bicep curl).

Active ROM - Isometric:

types of exercises

The muscle flexes, but the joint doesn't bend and the muscle length doesn't change (like pushing hard against a brick wall). This is highly recommended for fracture patients in casts!

Hyperbaric Oxygen Chamber

• How it works: It floods the body with high levels of oxygen.

• The result: Oxygen is the fuel for cellular repair. It literally cuts the healing time in half (e.g., turning a 3-month recovery into a 1.5-month recovery).

Infection	The "One-Word" Threat	What is it?
Osteomyelitis	Bone	A severe, hard-to-treat infection deep inside the bone itself.
Tetanus	Lockjaw	Caused by Clostridium tetani (often from rusty metal or dirt). It causes severe muscle spasms.
Gas Gangrene	Bubbles	Caused by Clostridium perfringens. The bacteria eat dead tissue and release gas bubbles under the skin, destroying the limb.

The "Big 3" Infection Risks for Open Fractures

The "V.I.T.A.M.I.N." Factors of Bone Healing

• V - Vascularity (Blood Supply): Blood brings oxygen and nutrients to build new bone. If blood supply is poor, the bone starves and won't heal.

  • Nurse Action: Check the capillary refill (press the nail bed and see how fast the pink color returns), feel the skin temperature, and check if they can wiggle their fingers/toes.

• I - Infection: If bacteria get into the bone (Osteomyelitis), the body's energy goes to fighting the war against the infection instead of rebuilding the bone.

  • Nurse Action: Patient education on keeping the wound clean after discharge is critical!

• T - Treatment Adherence: Did the patient follow the doctor's orders?

  • Nurse Action: A huge part of this is making sure they complete their entire antibiotic regimen. If they stop taking them early just because they "feel better," the bacteria can mutate and build antibiotic resistance.

• A - Age: Younger patients (especially kids) have rapid cell turnover and heal incredibly fast. Older adults heal much slower due to decreased bone density and slower metabolism.

• M - Medications (Corticosteroids): Steroids (like Prednisone) are great for stopping allergic reactions, but they suppress the immune system and drastically slow down tissue and bone healing.

• I - Illnesses (Other Diseases): Co-morbidities like Diabetes are the enemy of healing. Diabetes damages blood vessels over time (reducing that vital blood supply) and high blood sugar creates a perfect breeding ground for bacteria.

• N - Neoplasms (Malignancy/Cancer): If a patient has bone cancer, the tumor destroys healthy bone tissue and steals the nutrients the body needs to heal the fracture

FRACTURE HEALING AND COMPLICATIONS

These happen fast. Think of them as the "Bleeders and Blockers."

• Hypovolemic Shock (The Bleeder): "Hypo" = low, "Volemic" = volume. The bone breaks, tears a major artery, and the patient loses too much blood.

  • Nurse Action: Control the bleeding immediately!

• The Blockers (Embolisms):

  • Fat Embolism: Yellow bone marrow contains fat. When a long bone breaks, fat droplets can leak into the bloodstream and block blood vessels.

  • VTE / DVT (Deep Vein Thrombosis): A blood clot forms in the deep veins of the leg because the patient is immobilized in bed.

  • Pulmonary Embolism (PE): This is the fatal consequence if a DVT clot breaks loose and travels to block the lungs.

Early Complications (The 24–72 Hour Danger Zone) FRACTURE

Term	What it means	The "Why"
Delayed Union	Slow healing.	It just takes way too long (3 to 6 months) to heal.
Malunion	Healed crooked.	The bone fused, but in the wrong anatomical position. ("Mal-" means bad). Usually caused by a bad splint or improper doctor management.
Non-union	Never healed.	The fragments refuse to unite at all. Usually caused by a massive infection or bone malignancy (cancer) stopping the process completely.

FRACTURE Delayed Complications

• Avascular Necrosis (AVN): * Break it down: A = without, Vascular = blood, Necrosis = death.

  • What is it: The bone tissue literally starves and dies because its blood supply was cut off. This is exactly why nurses constantly check the 6 P's!

• CRPS (Complex Regional Pain Syndrome): * What is it: Severe, chronic pain caused by damaged nerves that formed scar tissue.

  • Classic Sign: Patients will complain of intense aching or burning in the healed limb long after the cast comes off, especially when the weather gets cold.

• Heterotropic Ossification: * What is it: The body gets confused and accidentally starts growing solid bone inside the surrounding muscles and soft tissues instead of on the skeleton.

FRACTURE Delayed Complications

FAT EMBOLISM SYNDROME (FES)

Occurs when fat emboli enter the circulation following

orthopedic trauma (especially long bones). Fat Globules

may occlude small blood vessels that supply blood to

lungs, brain, kidneys, and other organs.

The Triad	The Organ Affected	What it looks like in your patient
1. Hypoxemia	Lungs	The fat blocks lung vessels. The patient suddenly gasps for air (dyspnea), breathes super fast (tachypnea), has chest pain, and their oxygen levels tank.
2. Neurologic Compromise	Brain	The fat blocks oxygen to the brain. The patient suddenly becomes restless, severely agitated, confused, or even has a seizure. (Note: Restlessness is often the very FIRST sign of low oxygen!)
3. Petechial Rash	Skin	Tiny blood vessels burst under the skin, leaving pinpoint red dots (petechiae). You will typically see this rash on their chest, neck, or inside their mouth (mucous membranes).

FES Triad

A. Prevention (Stop the fat leak!)

• Immobilize Immediately: This is your #1 defense.

• Minimal Manipulation: Do NOT move or wiggle the broken bone. Every time you move the un-splinted bone, it acts like a pump, squeezing more fat directly into the bloodstream. Turn and position the patient extremely carefully.

B. Medical Treatment (Supportive Care) There is no magic drug to instantly dissolve a fat clot, so treatment is "supportive"—meaning you keep the patient's body systems running while they recover.

• Mechanical Ventilation: A breathing machine to force oxygen past the lung blockages (for the hypoxemia).

• Vasopressors: Medications to keep their blood pressure up and their heart pumping (to push blood around the blockages).

• Corticosteroids: Sometimes given to massively reduce the inflammation the fat causes in the lungs.

• IV Fluids: To maintain fluid and electrolyte balance and keep blood volume up.

FAT EMBOLISM SYNDROME (FES)

Prevention & Management

COMPARTMENT SYNDROME

Characterized by elevation of pressure within an anatomic compartment that is above

normal perfusion pressure resulting to neurovascular compromise. When perfusion to

tissues is impaired it may lead to cell death, tissue necrosis and permanent dysfunction.

COMPARTMENT SYNDROME

Muscles are wrapped in a tough, non-stretchable casing called fascia. If there is bleeding or severe swelling inside the muscle, the fascia refuses to stretch. The pressure builds inward, strangling the tissues.

External Pressure (The Cast)

COMPARTMENT SYNDROME

A fiberglass or plaster cast is a rigid outer shell. If a patient's arm swells (due to trauma or infection) after the cast is put on, the cast acts like a vice grip, crushing the limb.

For External Pressure: The doctor will perform Bi-valving, which means slicing the cast down both sides to loosen it and give the swollen limb room to breathe.

Medical Management For External Pressure COMPARTMENT SYNDROME

The surgeon will perform a Fasciotomy. They literally slice open the skin and the tough fascia, allowing the swollen muscle to bulge out. It is left open to heal gradually.

Medical Management For Internal Pressure COMPARTMENT SYNDROME

• Trap #1: Limb Positioning. You have been taught to elevate a swollen limb to reduce edema. DO NOT elevate above the heart in Compartment Syndrome! Keep the limb perfectly level AT the height of the heart. If you elevate it higher, the arterial blood has to fight gravity to reach the already-starving tissue, worsening the ischemia (cell death).

• Trap #2: Why check the Urine? (Rhabdomyolysis). As the crushed muscle cells die, they burst open and release a massive protein called myoglobin into the blood. Myoglobin gets stuck in the kidneys, severely clogging them and causing acute kidney failure. You must monitor Intake & Output (I&O) and look for dark, tea-colored urine!

Nursing Management COMPARTMENT SYNDROME

Classification	How it got there	Classic Patient Scenario
1. Hematogenous	Through the Blood ("Heme" = blood). The infection started somewhere else (like a UTI or strep throat) and rode the bloodstream directly into the bone.	A patient with a history of an untreated throat or kidney infection suddenly develops deep bone pain.
2. Contiguous-Focus	Direct Contamination. The bone was directly exposed to the dirty outside world.	A patient with an open compound fracture, a gunshot wound, or someone who just had orthopedic surgery.
3. Vascular Insufficiency	Poor Blood Flow. A wound on the skin gets infected, but because the patient has terrible circulation, the body can't heal it. The infection eats its way down to the bone.	Diabetic patients or those with Peripheral Vascular Disease (PVD) who develop deep, non-healing foot ulcers.

The 3 Classifications of Osteomyelitis

1. Acute Osteomyelitis (The Blazing Fire)

This is when the infection is new, aggressive, and actively spreading. The body is sounding the alarm, so you will see both systemic and local signs.

• Systemic Signs (The Whole Body): * High fever and chills.

  • Increased pulse (Tachycardia): The heart is pumping faster because the body's metabolic demand is soaring as it fights the infection.

  • General malaise (feeling completely exhausted and sick).

• Local Signs (At the Bone):

  • Swollen, warm, and extremely tender to the touch.

  • The NCLEX Clue: A "constant pulsating pain that intensifies with movement." * Why is it pulsating? Remember that bone is a rigid, hard shell. As pus and inflammation build up inside, the pressure has nowhere to go. Every time the patient's heart beats, arterial blood tries to push into that tight, inflamed space, causing a deep, throbbing, pulsating ache.

2. Chronic Osteomyelitis (The Smoldering Coals)

If acute osteomyelitis isn't treated fast enough, or if the antibiotics can't penetrate the dead bone (the sequestrum we talked about earlier), the infection becomes chronic.

In the chronic phase, the fiery systemic signs (like high fever) often calm down, but the local infection is deeply rooted.

• The Classic Chronic Sign: A non-healing ulcer right over the infected bone.

• The Sinus Tract: Your notes mention a "connecting sinus." Think of a sinus tract as an escape tunnel. The body has so much dead tissue and pus trapped inside the bone that it literally burrows a tunnel from the bone, through the muscle, and out to the surface of the skin to vent the pressure.

• Spontaneous Drainage: This tunnel will intermittently leak or pour out thick, infectious pus.

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💡 Quick Clinical Summary:

• Acute Patient: Looks very sick, has a high fever, and complains of severe, throbbing bone pain.

• Chronic Patient: Might not feel systemically sick anymore, but has a nasty, non-healing wound on their skin that randomly leaks pus from deep inside the leg.

osteomyelitis assessment

1. Diagnosis (Confirming the Infection)

To fight the infection, the doctor needs to know exactly where it is, how bad it is, and what specific bacteria is causing it. We split this into Lab Tests and Imaging.

Lab Tests (Blood & Swabs)

• Leukocytosis & Elevated ESR: * Leukocytosis: High White Blood Cell (WBC) count. The body's army is multiplying to fight the infection.

  • ESR (Erythrocyte Sedimentation Rate): This measures how fast red blood cells settle in a tube. A high ESR is a classic, generalized sign of severe inflammation in the body.

• Culture & Sensitivity (C&S): This is the most important test before starting antibiotics!

  • Culture: Identifies the enemy (e.g., "It's MRSA!").

  • Sensitivity: Identifies the weapon (e.g., "This MRSA is sensitive to Vancomycin, but resistant to Penicillin").

  • Anemia: Chronic infections exhaust the body and suppress the bone marrow's ability to make red blood cells, leading to anemia.

  Imaging (Seeing the Damage)

  • X-Ray: Good for finding the general site, but often doesn't show bone damage until weeks into the infection.

  • MRI: Excellent for seeing soft tissue swelling and early bone marrow edema.

  • Radio Isotope Bone Scan (WBC Scan): They inject radioactive isotopes that attach to the patient's White Blood Cells. Because WBCs naturally rush to the site of an infection, the scanner will literally "light up" the exact spot where the infection is hiding inside the bone!

diagnostic tests of osteomyelitis

Phase 1: Aggressive Medication

• Prolonged Antibiotics: Patients will often need heavy-duty IV antibiotics for 3 to 6 weeks (or longer). They frequently go home with a PICC line to continue IV therapy.

Phase 2: Surgical Interventions (When meds aren't enough)

If the bone tissue dies, antibiotics cannot penetrate dead tissue. The surgeon has to go in and mechanically clean it out.

• Surgical Debridement: Scraping away all the necrotic (dead) tissue so healthy tissue has room to regenerate.

• Sequestrectomy / Saucerization: Remember the Sequestrum (the dead pocket of bone) we talked about? A sequestrectomy is the surgical removal of that dead bone so the infection can't hide there anymore.

• Closed Suction / Wound Irrigation: Tubes are left inside the surgical wound to continuously wash the bone with antibacterial fluids and suck the bad fluid out.
  
  Phase 3: Reconstruction

  Once the infection is finally cleared out, the bone is often hollowed out and very weak.

  • Cancellous Bone Graft: Packing the empty hole with healthy, compatible bone marrow to help it rebuild.

  • Microsurgery: Repairing tiny blood vessels to restore blood flow to the starving bone.

  • External Supportive Devices: Because the drilled-out bone is fragile and at high risk for a pathologic fracture, external fixators or braces are used to hold it together while it heals

Medical Management of osteomyelitis

CONTUSION

– a soft tissue injury produced by blunt force causing small blood vessels to rupture and bleed into soft t issues (ecchymosis or bruising)

STRAIN

– injury to muscle or tendon from overuse, overstretching or excessive stress. (common injury in the muscle. Tearing of the muscle)

SPRAIN

injury to the ligaments and tendons that surround a joint caused by a twisting motion or hyperextension of a joint. (common injury is in the ligaments and tendons. Tearing of the ligaments)

• PROTECTION – support affected area (e.g. splinting)

• REST – prevents further injury and promotes healing

• ICE – vasoconstriction reduces bleeding, edema and discomfort

• COMPRESSION – controls bleeding, reduces edema and provides support to injured tissues

• ELEVATION – controls swelling ➢ Pain Medications: NSAIDS ➢ Assess neurovascular status

NURSING MANAGEMENTS PRAIN,STRAIN

Injury	What is injured?	The Cause	Healing Time
sTrain	Muscle or Tendon	Overuse, overstretching, or lifting something too heavy.	3 to 5 days (Milder, heals faster because muscles have great blood supply).
Sprain	Ligament (bone-to-bone)	A sudden twisting motion or hyperextension of a joint (like "rolling" your ankle).	1 to 2 weeks (More severe, often requires a splint because ligaments have poor blood supply).

strain vs sprain

Dislocation

A complete separation. The bone has completely popped out of the joint socket (anatomic alignment is totally lost). The limb will look visibly deformed, awkward, and the patient will have zero Range of Motion (ROM).

Subluxation

A partial dislocation. The bone shifted out of place but isn't completely out of the socket. It causes less deformity but is still very painful.

• Classic Example: Nursemaid’s Elbow in toddlers. This happens when a child is abruptly pulled by the hand or wrist, partially dislocating the radial head in the elbow.

The Ultimate Danger: Avascular Necrosis (AVN). If the bone is not popped back into place (reduced) quickly, the blood supply to the bone is cut off for too long (ischemia). The bone cells literally starve and die. This is called Avascular Necrosis ("A-" = without, "vascular" = blood, "necrosis" = death). Once the bone dies, it cannot be revived and often requires a total joint replacement.

Why is dislocation an Orthopedic Emergency?

Phase	Interventions & Rationale
1. Protect	Immobilize Immediately! Do not try to pop it back in yourself. Splint it exactly how you found it to prevent further nerve/blood vessel damage.
2. Medicate	Administer Analgesics (for severe pain) and Muscle Relaxants. Why muscle relaxants? When a joint dislocates, the surrounding muscles instantly spasm and lock up to protect the area. If the muscles are rigidly spasming, the doctor won't be able to pull the bone back into place.
3. The Fix	Prompt Reduction: The physician will manually pull and manipulate the bone back into its proper anatomical position. (Conscious sedation or anesthesia is often used here).
4. Monitor	Neurovascular Checks (The 6 P's): You must assess the pulse, color, temperature, and sensation below the joint every 15 minutes until stable! You are making sure the reduction didn't pinch a nerve or artery.
5. Rehab	Progressive ROM: Once stable and supported, gentle active and passive movement prevents the joint from freezing up.

Medical & Nursing Management of dislocation

• Why distal? The surgeon wants to save as much of the limb and as many joints as possible to make fitting a prosthesis easier and improve the patient's future mobility.

• Why "that will heal"? If the patient has severe diabetes or peripheral vascular disease, the very ends of their limbs have no blood flow. If the surgeon cuts there, the wound will just rot and become necrotic. They have to cut high enough up the limb to find healthy, pumping blood vessels to ensure the stump (residual limb) actually heals.

IN AMPUTATION WHERE WOULD THE SURGEON PERFORM THE SURGERY?

The Nursing Reality: As your notes say, the pain is real. You must treat Phantom Limb Pain as actual, physical pain. We often treat this neuropathic (nerve) pain with medications like Gabapentin, rather than just standard opioids, alongside non-pharmacological therapies like mirror therapy.

shouldu treat Phantom Limb Pain?

• The Golden Rule: Do NOT hold or prop the residual limb up in a flexed (bent) position.

• Proper Positioning: Keep the hip extended (straight) and adducted (close to the center of the body, not splayed outward).

• Mobility: Start Range of Motion (ROM) exercises early. The patient needs to build immense upper body and core strength to use crutches, walkers, or a heavy prosthetic limb later.

whatsthe position in amputation?

Joint Contractures

A joint contracture happens when a muscle permanently shortens and freezes in a bent (flexed) position.

• Why it happens: When patients are in pain, their natural protective instinct is to curl up (flexion withdrawal pattern). If they sit in a chair or lie with their residual limb bent all day, the muscles lock up. If a hip or knee freezes in a bent position, the patient will never be able to walk with a straight prosthetic leg.

• Nursing Prevention: * Do NOT elevate the residual limb on a pillow for more than the first 24 hours (doing so promotes hip/knee flexion contractures).

  • Have the patient lie prone (on their stomach) for 20-30 minutes, 3 to 4 times a day. This forces the hip joint to stretch out flat and prevents contractures!

  • Encourage active Range of Motion (ROM) exercises immediately.