NLE Neurosensory Nursing — Spinal Cord and Peripheral Nerve DisordersDetailed Explanation

Spinal Cord Injury (SCI): Classification, Levels, and Syndromes

Spinal cord injury (SCI) is damage to the spinal cord caused by trauma — most commonly vehicular accidents (a major cause in the Philippines), falls, diving accidents, and violence. The injury compresses, contuses, lacerates, or transects the cord, disrupting the neural pathways that carry motor commands and sensory information between the brain and the body. The LEVEL of injury is everything in SCI, because it determines which functions are lost: • CERVICAL injuries (C1–C8) cause TETRAPLEGIA (also called quadriplegia) — impairment of all four limbs and the trunk. The higher the cervical injury, the more dangerous it is. Injuries at or above C4 threaten the diaphragm because the phrenic nerve — which drives the diaphragm — originates from C3, C4, and C5. The classic mnemonic is: 'C3, 4, 5 keep the diaphragm alive.' If these segments are damaged, the patient cannot breathe independently and requires mechanical ventilation. • THORACIC injuries (T1–T12) cause PARAPLEGIA — loss of function in the lower extremities and trunk, with the upper extremities spared. Patients can use their arms and hands. • LUMBAR injuries (L1–L5) cause paraplegia or weakness of the lower extremities; bowel and bladder function may be affected. DEGREE OF INJURY matters too: • COMPLETE injury: total loss of motor and sensory function below the level — no movement, no sensation below the injury site. • INCOMPLETE injury: some motor or sensory function is preserved below the level — partial function remains, giving more rehabilitation potential. INCOMPLETE CORD SYNDROMES (commonly tested on the NLE): 1. CENTRAL CORD SYNDROME: The most common incomplete syndrome, seen in older adults after a hyperextension injury (e.g., whiplash). The central portion of the cord is damaged. UPPER EXTREMITIES are weaker than lower extremities — the arms are more affected than the legs. Bladder dysfunction is common. 2. ANTERIOR CORD SYNDROME: The front (anterior) of the cord is damaged — most often from flexion injuries or vascular compromise. Results in LOSS OF MOTOR FUNCTION and LOSS OF PAIN and TEMPERATURE SENSATION below the injury. POSITION SENSE and VIBRATION are PRESERVED (because those pathways travel in the posterior cord, which is intact). 3. BROWN-SÉQUARD SYNDROME: One side (hemi-section) of the cord is damaged, often from penetrating injuries (stab wounds). Causes IPSILATERAL (same side) loss of MOTOR FUNCTION and POSITION SENSE, and CONTRALATERAL (opposite side) loss of PAIN and TEMPERATURE. This crossing pattern occurs because pain and temperature fibers cross the cord immediately after entering, while motor and position sense fibers cross higher in the brain. SECONDARY INJURY is a critical concept: the primary mechanical injury triggers a cascade of edema, hemorrhage, ischemia, and cellular destruction in the hours following trauma. This is why early management is so urgent — stabilization and cord perfusion in the first hours can limit the extent of permanent damage.

Spinal Shock vs. Neurogenic Shock: The Critical Distinction

Spinal shock and neurogenic shock are two distinct but related complications of acute spinal cord injury. They sound similar and often occur together, but they are fundamentally different — one is a NEUROLOGICAL phenomenon, the other is a HEMODYNAMIC (circulatory) emergency. Confusing these two on the NLE is a common — and costly — mistake. SPINAL SHOCK: Spinal shock is a TEMPORARY, COMPLETE SUPPRESSION of all spinal cord function BELOW the level of injury immediately after SCI. Think of it as the spinal cord 'going into shutdown mode' from the trauma. During spinal shock: • ALL reflexes below the injury are ABSENT (areflexia) — no deep tendon reflexes, no Babinski reflex • FLACCID PARALYSIS — muscles are limp and without tone (not spastic) • Complete loss of motor function and sensation below the level • Bowel and bladder are atonic — neither evacuates nor contracts (retention and distension) • Loss of autonomic control below the injury — no sweating, loss of temperature regulation below the level Spinal shock begins IMMEDIATELY after injury and can last DAYS TO WEEKS. The hallmark of its RESOLUTION is the RETURN OF THE BULBOCAVERNOSUS REFLEX — a reflex elicited by squeezing the glans penis or clitoris (or tugging the urinary catheter) and feeling the anal sphincter contract. When this reflex returns, spinal shock has resolved. After resolution, spasticity and hyperreflexia develop (upper motor neuron pattern), and the true extent of permanent deficits becomes clear. Spinal shock is a NEUROLOGICAL phenomenon — it does not cause hemodynamic instability by itself. NEUROGENIC SHOCK: Neurogenic shock is a HEMODYNAMIC crisis — it is a form of DISTRIBUTIVE SHOCK caused by loss of sympathetic nervous system tone following SCI at or ABOVE T6. Here is why: sympathetic nerve fibers that control blood vessel tone and heart rate exit the spinal cord at the thoracic and upper lumbar levels. When the cord is injured above T6, these sympathetic signals cannot reach their target organs. The result is the CLASSIC TRIAD of neurogenic shock: 1. HYPOTENSION — blood vessels dilate without sympathetic vasoconstriction, causing blood to pool in the periphery; blood pressure drops 2. BRADYCARDIA — without sympathetic input, the parasympathetic system (vagus nerve) dominates, slowing the heart 3. WARM, DRY SKIN — dilated skin blood vessels cause skin warmth and flushing; inability to sweat leads to dry skin This triad is OPPOSITE to hypovolemic shock (the kind seen in hemorrhage), which causes: • Hypotension (same) • TACHYCARDIA (fast heart rate — compensatory) • COLD, CLAMMY, PALE SKIN (vasoconstriction and sweating) The NLE frequently tests whether students can distinguish neurogenic shock from hypovolemic shock, especially since trauma patients may have BOTH. MANAGEMENT OF NEUROGENIC SHOCK: • IV fluids CAUTIOUSLY — fluid resuscitation helps but must not be excessive (risk of pulmonary edema since the problem is vasodilation, not fluid loss) • VASOPRESSORS (e.g., dopamine, norepinephrine) — to restore vascular tone and raise blood pressure • ATROPINE — for symptomatic bradycardia (heart rate too slow causing hemodynamic instability) • Maintain target mean arterial pressure (MAP) to perfuse the spinal cord and prevent secondary injury • Warming measures — patients cannot regulate temperature below the injury

Autonomic Dysreflexia: The Nursing Emergency

Autonomic dysreflexia (also called autonomic hyperreflexia) is one of the most important NURSING EMERGENCIES in spinal cord injury care, and it is a FREQUENT NLE examination topic. Every nurse caring for an SCI patient must be able to recognize it, respond immediately, and know the exact sequence of interventions. WHO GETS IT: Autonomic dysreflexia occurs in patients with SCI at or ABOVE the T6 level. It does NOT occur during the acute spinal shock phase — it occurs AFTER spinal shock has resolved and reflexes have returned. This means it is a complication that can arise days, weeks, months, or even years after the initial injury. WHAT CAUSES IT: A NOXIOUS (harmful or uncomfortable) STIMULUS occurs BELOW the level of spinal cord injury. This stimulus triggers a MASSIVE, UNCONTROLLED SYMPATHETIC NERVOUS SYSTEM RESPONSE. Normally, the brain would detect the rising blood pressure and send inhibitory signals down the cord to calm the sympathetic response. But in SCI above T6, these inhibitory signals CANNOT PASS THE LEVEL OF INJURY — the cord is blocked. So the sympathetic storm continues unchecked, causing a dangerous hypertensive crisis. COMMON TRIGGERS (memorize this list — NLE loves to test it): • FULL/DISTENDED BLADDER — this is the MOST COMMON CAUSE (kinked or blocked catheter, urinary retention) • FECAL IMPACTION or constipation (second most common) • Pressure injuries, skin breakdown, or pressure from tight clothing, cast, or brace • Urinary tract infection, kidney stones • Ingrown toenail, burns, cuts • Sexual activity, menstruation, labor • Procedures below the level of injury (catheterization, digital rectal exam) SIGNS AND SYMPTOMS (the classic presentation): • SUDDEN, SEVERE, POUNDING HEADACHE — this is often the first and most prominent complaint; the patient will describe it as the 'worst headache of my life' • SEVERE HYPERTENSION — systolic BP often rises above 200 mmHg; this can cause STROKE, SEIZURES, MYOCARDIAL INFARCTION, retinal hemorrhage, and DEATH • BRADYCARDIA — reflex slowing of the heart in response to the extreme hypertension (baroreceptors try to lower BP by slowing the heart) • PROFUSE SWEATING and FLUSHING (redness, warmth) of the skin ABOVE the level of injury — this is the vasodilation response the brain CAN control above the block • PALLOR and COOLNESS below the level of injury — the sympathetic vasoconstriction below the cord injury continues unabated • Nasal congestion, blurred vision, anxiety, goosebumps (piloerection) PRIORITY INTERVENTIONS IN ORDER (this sequence is critical for the NLE): STEP 1 — RAISE THE HEAD OF THE BED / SIT THE PATIENT UPRIGHT IMMEDIATELY This is the FIRST action. Sitting upright uses ORTHOSTATIC GRAVITY to help lower blood pressure — blood pools in the lower extremities and relieves some of the hypertensive crisis. This buys time while you look for the cause. STEP 2 — LOOSEN ANY TIGHT CLOTHING, DEVICES, OR CONSTRICTING ITEMS Remove tight waistbands, leg straps, stockings, splints — anything compressing the skin below the injury. STEP 3 — FIND AND REMOVE THE TRIGGERING STIMULUS • FIRST: CHECK THE URINARY CATHETER — look for kinks, bends, or blockages. Straighten the catheter tubing. If the patient does not have a catheter, immediately catheterize to drain the bladder. If the catheter is blocked and cannot be cleared, do not try to irrigate — replace it. • SECOND: CHECK FOR FECAL IMPACTION — inspect the rectum for stool. If impaction is present, apply a liberal amount of ANESTHETIC LUBRICANT (e.g., lidocaine gel) to the rectum FIRST (to blunt the sympathetic response from manual disimpaction), then carefully remove the fecal mass. Do NOT perform digital rectal exam without anesthetic lubricant — the manipulation can worsen the sympathetic storm. STEP 4 — MONITOR BLOOD PRESSURE EVERY 2–5 MINUTES throughout the episode. STEP 5 — ADMINISTER ANTIHYPERTENSIVE MEDICATION if BP remains dangerously elevated after removing the trigger. Rapid-acting agents used include: • NIFEDIPINE (sublingual or bite-and-swallow capsule) — calcium channel blocker • NITRATES (nitroglycerin paste or sublingual nitrate) — vasodilators • Note: Nitrates are CONTRAINDICATED if the patient has taken phosphodiesterase inhibitors (e.g., sildenafil) within 24–48 hours. PREVENTION is the best management: • Maintain an INTERMITTENT CATHETERIZATION SCHEDULE or ensure indwelling catheter is draining freely at all times • Implement a consistent BOWEL PROGRAM to prevent impaction (scheduled evacuation, adequate fiber, stool softeners) • Regular skin inspection to prevent pressure injuries • Teach the patient and caregivers to recognize early warning signs and initiate emergency response immediately • Patients living in the community (barangay level) should have an emergency action card with the dysreflexia protocol

Herniated Intervertebral Disc

A herniated intervertebral disc (also called a slipped disc, ruptured disc, or disc prolapse) occurs when the soft, gel-like center of a spinal disc — the NUCLEUS PULPOSUS — pushes through a tear in the tough outer ring — the ANNULUS FIBROSUS — and compresses a spinal nerve root or, less commonly, the spinal cord itself. DISCS act as shock absorbers between vertebrae. Herniation most commonly occurs at: • LUMBAR SPINE: L4–L5 and L5–S1 (the lowest lumbar discs bear the most weight and stress) — MOST COMMON SITE • CERVICAL SPINE: C5–C6 and C6–C7 — second most common • Thoracic disc herniation is rare CLINICAL MANIFESTATIONS: LUMBAR DISC HERNIATION: • LOW BACK PAIN — often the initial complaint, aching or sharp, worse with movement, lifting, bending, or prolonged sitting • SCIATICA — pain that RADIATES DOWN THE LEG (follows the sciatic nerve distribution — from the lower back through the buttock and down the posterior/lateral leg to the foot). This is a hallmark symptom. • NUMBNESS and TINGLING in the leg or foot • WEAKNESS in the leg — difficulty walking, stepping, or rising on toes/heels • POSITIVE STRAIGHT-LEG-RAISE TEST: With the patient supine, the nurse passively raises the affected leg (keeping the knee straight). If this reproduces the radiating leg pain at less than 60–70 degrees of elevation, the test is POSITIVE and strongly suggests lumbar disc herniation causing nerve root compression. CERVICAL DISC HERNIATION: • Neck pain and stiffness • Pain radiating down the arm (brachialgia/cervical radiculopathy) • Numbness and tingling in the arm or hand • Weakness of the hand grip or arm DIAGNOSIS: • MRI is the GOLD STANDARD for visualizing disc herniation and nerve compression • CT scan and myelogram may also be used • X-ray shows bone structure but does NOT show disc or nerve pathology MANAGEMENT: CONSERVATIVE (first-line for most patients — 90% improve without surgery): • LIMITED ACTIVITY REST (not complete bed rest — short-term, a few days) • PHYSICAL THERAPY — core strengthening, posture correction, traction • HEAT or COLD application for pain relief • NSAIDs (ibuprofen, mefenamic acid) for pain and inflammation • MUSCLE RELAXANTS for spasm • ANALGESICS • PROPER BODY MECHANICS — teach the patient to lift with the legs (not the back), maintain lumbar lordosis, avoid twisting • CORTICOSTEROID INJECTIONS (epidural steroid injections) for persistent radicular pain SURGICAL MANAGEMENT (reserved for failure of conservative treatment or emergency indications): • DISCECTOMY: removal of the herniated portion of the disc • LAMINECTOMY: removal of part of the vertebral lamina to decompress the nerve • SPINAL FUSION: stabilization of vertebrae (used when instability is present) SURGICAL EMERGENCY — CAUDA EQUINA SYNDROME: The cauda equina ('horse's tail') is the bundle of nerve roots at the base of the spinal cord (below L1). Large central disc herniation at the lower lumbar level can compress the entire cauda equina, causing a TRUE SURGICAL EMERGENCY signaled by the TRIAD: 1. BOWEL AND BLADDER DYSFUNCTION (urinary retention or incontinence, fecal incontinence) 2. SADDLE ANESTHESIA (numbness in the area that would contact a saddle — perineum, inner thighs, buttocks) 3. BILATERAL LEG WEAKNESS CAUDA EQUINA SYNDROME requires EMERGENCY SURGERY within hours — delay causes permanent bowel/bladder and sexual dysfunction. POSTOPERATIVE NURSING CARE: • LOG-ROLLING when repositioning — maintain spinal alignment at all times • NEUROVASCULAR CHECKS — assess strength, sensation, and circulation in the extremities • ASSESS FOR CSF LEAK — check for clear fluid leaking from the wound site (patient may report positional headache); if CSF leak suspected, keep the patient flat, notify the surgeon • MONITOR FOR HEMATOMA at the surgical site • After SPINAL FUSION: avoid twisting, bending, and heavy lifting as ordered; brace may be prescribed • Ambulation begins early (as ordered by the surgeon) • Teach proper body mechanics and activity restrictions for home

Peripheral Neuropathy: Assessment, Management, and Patient Teaching

Peripheral neuropathy refers to damage or dysfunction of peripheral nerves — the nerves that carry signals between the spinal cord and the rest of the body (limbs, organs, skin). It is one of the most common neurological conditions in the Philippines, largely because of the high prevalence of DIABETES MELLITUS (the leading cause of peripheral neuropathy worldwide and in the Philippines). CAUSES: • DIABETES MELLITUS — the most common cause (diabetic peripheral neuropathy) • Chronic alcohol use (alcoholic neuropathy) • Vitamin B12 deficiency (nutritional neuropathy) • Chemotherapy drugs (chemotherapy-induced peripheral neuropathy — CIPN) • HIV/AIDS • Autoimmune diseases (Guillain-Barré syndrome, lupus) • Kidney or liver disease • Hypothyroidism • Hereditary conditions TYPES OF NERVE FIBERS AFFECTED: Peripheral neuropathy can affect: • SENSORY nerves — causing numbness, tingling, burning, pain • MOTOR nerves — causing weakness, muscle wasting, loss of coordination • AUTONOMIC nerves — causing orthostatic hypotension, gastroparesis (delayed stomach emptying), bladder dysfunction, impotence, abnormal sweating Many patients have a MIXED neuropathy affecting all three types. CLINICAL MANIFESTATIONS: • STOCKING-GLOVE DISTRIBUTION — this is the hallmark pattern: sensory symptoms begin in the FEET and HANDS (the most distal areas) and gradually progress upward. Think of wearing stockings on the legs and gloves on the hands — the area covered is the affected area. • Numbness and loss of sensation (especially protective sensation — inability to feel pain, heat, or cold) • Tingling (paresthesia) and pins-and-needles sensation • Burning pain — often worse at night (a very distressing symptom) • Allodynia — pain from normally non-painful stimuli (e.g., the touch of bedsheets is painful) • Weakness and muscle wasting in severe cases • Diminished deep tendon reflexes (ankle jerk is typically the first to be lost) • Autonomic features: orthostatic hypotension (dizziness when standing), constipation, urinary retention, impotence, dry skin DIAGNOSTIC EVALUATION: • MONOFILAMENT TESTING: A 10-gram Semmes-Weinstein monofilament is pressed against specific points on the sole of the foot. If the patient cannot feel the monofilament, protective sensation is LOST — this is the key screening test for diabetic foot risk • Vibration sense testing (128 Hz tuning fork) — typically lost early • Deep tendon reflexes — reduced or absent • NERVE CONDUCTION STUDIES (NCS) and ELECTROMYOGRAPHY (EMG) — objective measure of nerve function; shows slowed conduction velocities in demyelinating neuropathy • Blood tests: fasting blood glucose, HbA1c, vitamin B12, thyroid function, CBC, kidney and liver function THE CENTRAL DANGER — LOSS OF PROTECTIVE SENSATION: When patients cannot feel pain or heat, they cannot recognize injuries. This leads to: • Unnoticed burns (from hot water, hot surfaces) • Unnoticed cuts or wounds (from walking barefoot) • DIABETIC FOOT ULCERS — wounds that do not heal because of poor circulation (diabetic microangiopathy) and infection; can lead to osteomyelitis and AMPUTATION This is why diabetic peripheral neuropathy is the leading cause of non-traumatic lower extremity amputations in the Philippines. MANAGEMENT: TREATING THE UNDERLYING CAUSE: • DIABETIC NEUROPATHY: TIGHT GLYCEMIC CONTROL is essential — HbA1c target typically below 7% (as recommended by Philippine Diabetes Association). This is the most important intervention to slow or prevent progression. • Alcoholic neuropathy: abstinence from alcohol and nutritional support (B vitamins) • B12 deficiency: vitamin B12 supplementation • Chemotherapy: dose reduction or discontinuation (as clinically appropriate) PHARMACOLOGY FOR NEUROPATHIC PAIN: Ordinary analgesics (paracetamol, NSAIDs) are often INEFFECTIVE for neuropathic pain. Specific agents are used: • GABAPENTIN (Neurontin) and PREGABALIN (Lyrica) — anticonvulsants; first-line for diabetic neuropathic pain • DULOXETINE (Cymbalta) — serotonin-norepinephrine reuptake inhibitor (SNRI); FDA-approved for diabetic neuropathy pain • TRICYCLIC ANTIDEPRESSANTS (AMITRIPTYLINE, nortriptyline) — effective for neuropathic pain, especially nocturnal burning pain; use cautiously in elderly • TOPICAL CAPSAICIN or LIDOCAINE patches — local pain relief PATIENT TEACHING — FOOT CARE (HIGHEST PRIORITY IN DIABETIC NEUROPATHY): 1. INSPECT FEET EVERY DAY — look at the tops, soles, between the toes for cuts, blisters, redness, swelling, or any change 2. WEAR WELL-FITTING PROTECTIVE FOOTWEAR at all times — NEVER GO BAREFOOT (even at home, puwesto na maglagay ng tsinelas) 3. TEST WATER TEMPERATURE with a THERMOMETER or the ELBOW before bathing — never use the feet to test water temperature (risk of burns) 4. WASH FEET DAILY with mild soap and warm water; DRY THOROUGHLY especially between toes 5. MOISTURIZE dry skin but NOT between the toes (moisture between toes promotes fungal infection) 6. TRIM TOENAILS carefully — cut straight across; avoid cutting corners (risk of ingrown nails) 7. REPORT any wound, redness, swelling, or ulcer IMMEDIATELY — do not attempt home treatment of open wounds 8. CONTROL BLOOD GLUCOSE — this is the most important long-term protection 9. STOP SMOKING — smoking worsens peripheral vascular disease and impairs wound healing

Neurogenic Bladder and Bowel: Prevention of Complications

Neurogenic bladder and neurogenic bowel are expected consequences of spinal cord injury and significantly affect quality of life. Understanding these conditions and their management is essential for NLE candidates because they underpin two major SCI complications: autonomic dysreflexia and urinary tract infection. NEUROGENIC BLADDER: The bladder is controlled by both voluntary (cortical) and reflexive (spinal cord) mechanisms. SCI disrupts this control in two main ways: 1. SPASTIC (REFLEX) BLADDER — occurs with UPPER MOTOR NEURON lesions (SCI above the sacral cord, i.e., cervical or thoracic injuries). The bladder fills and then EMPTIES INVOLUNTARILY when a spinal reflex is triggered (without the patient's conscious control). This is called reflex voiding. The bladder wall becomes hyperactive (detrusor overactivity). 2. FLACCID BLADDER — occurs with LOWER MOTOR NEURON lesions (SCI at the sacral cord or cauda equina level, i.e., low lumbar sacral injuries). The bladder DOES NOT CONTRACT — it just keeps filling until it OVERDISTENDS. The patient retains urine (urinary retention) and the bladder may overflow (overflow incontinence). This is extremely dangerous because overdistension triggers autonomic dysreflexia and causes back-pressure on the kidneys (hydroureteronephrosis). MANAGEMENT OF NEUROGENIC BLADDER: • INTERMITTENT CATHETERIZATION (IC) on a scheduled basis — the PREFERRED method for most SCI patients. A catheter is inserted every 4–6 hours to drain the bladder, then removed. This prevents overdistension, reduces infection risk compared to indwelling catheterization, and can reduce the frequency of autonomic dysreflexia episodes. Timing is key: drain before the bladder exceeds 400–500 mL. • INDWELLING (FOLEY) CATHETER — used in the acute phase; long-term use increases infection risk significantly. • SUPRAPUBIC CATHETER — alternative to urethral catheterization for some patients. • Fluid intake management — adequate fluid (2–3 liters/day unless contraindicated) to prevent concentrated urine and stone formation. NEUROGENIC BOWEL: Similarly, bowel control requires intact neural pathways. SCI disrupts this: • UPPER MOTOR NEURON bowel: reflex bowel activity is preserved but conscious control is lost — reflex defecation occurs (spastic bowel). • LOWER MOTOR NEURON bowel: the anal sphincter is flaccid; no reflex defecation — stool accumulates and impaction is common. BOWEL PROGRAM COMPONENTS: • SCHEDULED EVACUATION at the same time each day (usually after a meal to utilize the gastrocolic reflex) • HIGH-FIBER DIET and adequate FLUID INTAKE • STOOL SOFTENERS (e.g., docusate sodium) to maintain soft consistency • DIGITAL RECTAL STIMULATION (for upper motor neuron bowel) to trigger reflex defecation • SUPPOSITORIES (glycerin or bisacodyl) to stimulate evacuation • Prevent FECAL IMPACTION — impaction is a major trigger for autonomic dysreflexia COMPLICATION PREVENTION CHAIN: Bladder and bowel programs → prevent distension/impaction → prevent autonomic dysreflexia → prevent hypertensive emergency → prevent stroke and death. This is the critical prevention chain every nurse must understand.

This scenario tests two critical concepts: the ABC priority (airway first) with the special consideration that JAW-THRUST must be used in suspected spinal injury, and the differentiation of neurogenic shock from hypovolemic shock. The hemodynamic triad (hypotension + bradycardia + warm skin) with spinal injury above T6 is the hallmark of neurogenic shock. In Philippine trauma centers, distinguishing between these shock types determines whether the patient gets vasopressors and atropine (neurogenic) vs. large-volume fluid resuscitation (hypovolemic). A trauma patient may need both if there is concurrent hemorrhage.

This is the highest-priority autonomic dysreflexia question format on the NLE. Key correct answers: (1) Sitting upright is ALWAYS first — not giving medication, not calling doctor. (2) Check BLADDER first (most common cause — confirmed by the near-empty urine bag suggesting obstruction). (3) Use anesthetic lubricant before any rectal exam. (4) Antihypertensives are last resort. The nurse must know this sequence by heart because delay in a BP of 205/112 can cause hemorrhagic stroke within minutes.

This is a comprehensive peripheral neuropathy case common in Philippine community and hospital settings. The NLE tests all elements: recognizing the stocking pattern, knowing the danger of lost protective sensation, selecting appropriate neuropathic pain agents (NOT NSAIDs), and providing specific, actionable foot care instructions. Note that improving glycemic control (targeting HbA1c below 7%) is also a critical intervention — the primary prevention strategy for diabetic neuropathy progression. HbA1c of 9.2% indicates poor control and needs immediate attention.

CSF leak after laminectomy is a serious complication. The nursing student must recognize the two hallmark findings: clear watery wound drainage and positional headache (worst when upright, better when supine). The FIRST ACTION is laying the patient flat and notifying the surgeon — NOT sitting the patient up (which worsens a CSF headache). This distinguishes CSF leak from autonomic dysreflexia (which requires sitting UP). The difference in positioning is a common NLE trick question.