AO OVERWATCH : IVORY
FIELD DENTISTRY  ·  GRID DOWN READY  ·  MODULE 11
⌂ COMMAND SUITE
MODULE 01  ·  IVORY
Examination & Diagnosis
Systematic protocol for identifying which tooth is the problem and whether it is salvageable.

In a grid-down scenario, correct diagnosis is everything. Treating the wrong tooth wastes supplies and patient tolerance. This module walks through the examination sequence — chief complaint, visual inspection, percussion, thermal testing, and charting — so you identify the problem tooth before you touch an instrument. Primary references: Murray Dickson's Where There Is No Dentist and the Special Operations Forces Medical Handbook dental protocols.

01
Chief Complaint
Ask the patient to describe the pain in their own words. Location — which side, upper or lower? Character — sharp, dull, throbbing, constant, or only with pressure or temperature? Duration — when did it start, is it getting worse? Triggers — does hot, cold, biting, or lying down make it worse? Previous episodes — has this tooth been treated before?
02
Visual Inspection
Use a headlamp and dental mirror. Look for: visible cavities (dark spots on biting surfaces or between teeth), cracked or fractured teeth, broken fillings, gum swelling or redness localized to one area, sinus tract (a small pimple on the gum — indicates chronic abscess draining), and discoloration (grey or dark tooth suggests pulp death).
03
Percussion Test
Tap lightly on the biting surface of each tooth in the suspect area using the handle of an instrument or a tongue depressor. A normal tooth produces a dull thud. A tooth with periodontal involvement or abscess produces sharp pain on percussion. This is your single most reliable indicator of which tooth is the source. Tap multiple teeth and compare — the patient's reaction is your guide.
04
Thermal Testing
A healthy tooth responds to cold with brief, immediate pain that resolves within seconds. A tooth with irreversible pulpitis responds to cold with pain that lingers 15–30 seconds after the stimulus is removed — this tooth needs extraction or will abscess. A tooth that does not respond to cold at all may have a dead pulp (necrotic) — already gone or abscessing at the root. Use a small ice chip wrapped in gauze as your cold stimulus.
05
Chart and Record
Record the tooth number (use standard dental numbering 1–32), the diagnosis, and your planned treatment before you begin. Document in the Treatment Log (Module 08). This creates a record for follow-up, tracks outcomes, and ensures you do not confuse teeth if the patient returns.
Brief cold sensitivity, no spontaneous pain, responds to percussion slightly or not at all. Cause is usually a cavity or cracked enamel that has not yet reached the pulp. Treatment: temporary or permanent restoration. Tooth is salvageable.
Spontaneous throbbing pain, lingering cold sensitivity (15+ seconds), moderate percussion response. Pulp is inflamed beyond recovery. Treatment: extraction is the field-realistic option. Will abscess without treatment.
No cold response (pulp dead), severe percussion pain, possible swelling, possible sinus tract on gum. Infection present at root tip. Treatment: extraction + antibiotics. Monitor for spreading infection.
Pain on biting, localized gum swelling alongside the tooth (not at the apex), tooth may be mobile. Infection is in the gum pocket, not the pulp. Treatment: drainage, irrigation, antibiotics. Tooth may or may not be salvageable.
Pain in several upper teeth simultaneously with no visible cavity or abscess. Patient has a head cold and plugged nose. Pain increases when the patient bends forward at the waist. Bone under the eyes is tender to finger pressure. Teeth look and test healthy. The pain is from the maxillary sinus pressing against the upper tooth roots — the teeth are innocent. Do not extract. Treat the sinus: amoxicillin 500mg x5 days, steam, warm compresses to the face. Teeth resolve when the sinus clears.
Any sore, lump, or ulcer in the mouth that does not heal within 2 weeks may be cancer. Examine: lips, tongue, floor of the mouth under the tongue, soft palate, gums. If a swelling does not respond to 5 days of antibiotics and heat treatment, stop treating it as an infection — it is not. Referral required. Do not delay. Cancer of the mouth is treatable when caught early and rapidly fatal when not.
MODULE 02  ·  IVORY
Local Anesthesia
Nerve block techniques for the upper and lower jaw — so procedures can be performed without unnecessary suffering.

ALLERGY CHECK REQUIRED: Always ask about allergy to local anesthetics before injection. Ask specifically about reaction to dental injections in the past — not just general drug allergies. If allergy is present or suspected, do not inject. Proceed with maximum non-injectable pain control and consider whether the procedure can be delayed.

Two nerve blocks cover the vast majority of field dental procedures. The inferior alveolar nerve block anesthetizes all lower teeth on one side plus the lower lip and chin. The posterior superior alveolar block anesthetizes upper molars. Infiltration injections handle upper front teeth. Lidocaine 2% with 1:100,000 epinephrine is the standard agent — the epinephrine prolongs effect and reduces bleeding. Without epinephrine, duration is significantly shorter.

01
Landmark Identification
Have the patient open wide. Place your thumb on the coronoid notch — the deepest concavity on the anterior border of the ramus felt from inside the mouth. Your thumb nail should bisect the occlusal plane (the biting surfaces of the lower teeth). The injection site is at the height of your thumbnail, 1cm medial (toward the middle) from the anterior border of the ramus.
02
Needle Approach
Approach from the opposite side of the mouth — if blocking the right side, the syringe barrel crosses over the lower left premolars. Insert the needle at the injection point at the height of the thumbnail. Advance slowly, parallel to the occlusal plane, until you contact bone (approximately 20–25mm). If you hit bone before 20mm, you are too far anterior — withdraw slightly and redirect slightly posterior.
03
Aspiration and Injection
Before injecting, aspirate (pull back slightly on the plunger). If blood appears in the cartridge, you are in a blood vessel — withdraw, reposition, and re-aspirate before injecting. If aspiration is negative, deposit 1.5–1.8mL slowly over 60 seconds. Slow injection reduces patient discomfort significantly. Onset is 3–5 minutes. Success is confirmed when the patient reports tingling or numbness of the lower lip and chin on that side.
04
Lingual Nerve Block (concurrent)
As you withdraw from the inferior alveolar injection, deposit a small amount (0.5mL) approximately halfway out. This blocks the lingual nerve, anesthetizing the tongue and floor of mouth on that side — important for lower extractions where lingual tissue may be involved.
01
Supraperiosteal Infiltration (Upper Front Teeth)
Upper incisors and canines are easily blocked with a simple infiltration injection. Insert the needle at the height of the mucobuccal fold (where the cheek meets the gum) above the tooth root apex. Angle at 45 degrees toward the bone. Deposit 1–1.5mL slowly. Onset is 2–3 minutes. This works well for upper front teeth because the bone is thin and the anesthetic diffuses through easily.
02
Posterior Superior Alveolar Block (Upper Molars)
Retract the cheek. Insert needle at the mucobuccal fold at the level of the upper second molar. Angle 45 degrees upward and 45 degrees toward the midline, advancing 16mm. Aspirate — this area is highly vascular. Deposit 1.5–1.8mL slowly. Blocks upper second and third molars reliably. Upper first molar often requires supplemental infiltration at the mesiobuccal root.
Lidocaine 2% with 1:100,000 epinephrine. Duration: 60–90 min pulpal anesthesia, 3–5 hours soft tissue. Maximum dose: 4.4mg/kg body weight (7 cartridges for average adult).
Plain lidocaine 2%. Duration drops to 30–45 minutes pulpal. Use when epinephrine is contraindicated (uncontrolled hypertension, severe cardiac disease). Extraction procedures will likely require re-injection.
Wait 10 full minutes before concluding failure. If still inadequate, a second injection slightly more posterior usually succeeds. Intraligamentary injection (needle into the periodontal ligament) provides immediate supplemental anesthesia when block is incomplete.
Metallic taste, perioral numbness, ringing in ears, confusion, seizure. Lay patient flat, establish airway, monitor. Due to intravascular injection — aspiration before every injection is essential.
MODULE 03  ·  IVORY
Temporary Restorations
Cement filling technique to seal cavities and fractured teeth and buy time.

A temporary restoration does two things: relieves sensitivity by sealing exposed dentin, and prevents progression by blocking bacteria from reaching or advancing toward the pulp. In a grid-down scenario, a well-placed temporary restoration can keep a tooth functional for months. The most field-practical material is zinc oxide eugenol (ZOE) cement — it is soothing to the pulp, antibacterial, and easy to mix and place without electricity.

01
Anesthetize if Needed
For shallow cavities, the tooth may not need anesthesia — the patient will tell you. For deeper cavities approaching the pulp, anesthetize first. Attempting cavity preparation on a sensitive tooth without anesthesia is unnecessary suffering and produces poor results because the patient cannot keep still.
02
Remove Loose Decay
Use a spoon excavator (a small hand instrument with a curved blade) to remove soft, loose decay. You do not need a drill. Remove all soft, discolored material until you reach firm tooth structure. Do not excavate aggressively near the pulp — leaving a thin layer of firm, stained dentin over the pulp is acceptable and safer than perforating into it.
03
Dry the Cavity
Cotton pellets or gauze to absorb moisture. The cavity must be reasonably dry for the cement to bond and set properly. Do not use air to dry if the tooth is sensitive — it will be painful and may drive bacteria deeper.
01
Mix the Cement
Dispense equal amounts of ZOE powder and liquid on a mixing pad. Incorporate the powder into the liquid in small increments, mixing in a figure-8 motion. Correct consistency for a temporary filling is a stiff putty — it holds its shape when rolled into a ball and does not stick to a dry gloved finger. For a base under a deeper restoration, a slightly thinner consistency (toothpaste-like) is appropriate.
02
Place the Cement
Use a plastic instrument or the flat end of a spoon excavator to carry the mixed cement to the cavity and pack it in. Overfill slightly — the excess will be removed. Adapt the cement into the cavity walls and corners. Work before the cement begins to set (typically 2–3 minutes working time).
03
Shape and Carve
Before the cement hardens fully, remove the excess from the biting surface and carve the restoration to approximate the natural tooth anatomy. The most critical point: the patient must be able to close their teeth together comfortably. A high bite (restoration too tall) causes significant post-operative pain and can damage the opposing tooth. Have the patient close carefully and mark any high spots by the feel of uneven pressure, then reduce.
04
Post-Op Instructions
Do not eat on that side for one hour while the cement fully hardens. Soft foods only for 24 hours. If the bite feels high when the anesthetic wears off, return to have it adjusted — do not leave a high bite. ZOE restorations are not permanent and will need replacement or definitive treatment when available. Duration in function: weeks to months depending on cavity size and occlusal forces.

For fractured teeth with exposed dentin (sensitivity to air and cold but no spontaneous pain), the treatment is the same — dry the exposed area and seal with ZOE cement. For fractured teeth with exposed pulp (a tiny pink dot visible in the fracture — the patient has severe pain to any stimulus), seal with ZOE immediately as a palliative measure and plan for extraction. A pulp exposure in a grid-down setting has no field-viable treatment other than extraction.

MODULE 04  ·  IVORY
Abscess & Infection
Recognition, drainage, antibiotic selection, and when spreading infection has become an airway emergency.

AIRWAY THREAT — KNOW THESE SIGNS: Difficulty swallowing, difficulty opening the mouth (trismus), swelling extending to the floor of the mouth or the neck, fever above 101°F, the patient appears systemically ill (chills, rapid pulse, sweating). These indicate spreading infection — Ludwig's angina or deep space infection. This is a life-threatening emergency. Immediate extraction of the source tooth, high-dose IV antibiotics if available, and evacuation to surgical care if possible.

Severe throbbing pain, tooth extremely tender to percussion, possible swelling of the face or jaw on the affected side. The abscess is at the root apex. Tooth has irreversible pulpitis or necrotic pulp. Requires extraction + antibiotics.
Small pimple-like bump on the gum, may have minimal or no pain because the infection is draining. The sinus tract is the body's pressure relief valve. Still requires extraction — infection is ongoing even without severe pain. Closes after extraction.
Localized swelling that feels soft and fluid-filled when pressed. Pus has collected and is ready to drain. This can and should be drained — it will provide immediate pain relief. Then extract the source tooth.
Diffuse firm swelling — no soft spot. Infection is spreading through tissue but has not yet localized into a collectable abscess. Antibiotics first to localize the infection. Extraction of source tooth. Do not incise cellulitis — there is nothing to drain and it spreads bacteria.
01
Anesthetize Around (Not Through) the Abscess
Never inject directly into infected tissue — it is ineffective (acidic pH of infected tissue neutralizes the anesthetic) and spreads bacteria. Instead, block the nerve supplying the area. For mandibular teeth, inferior alveolar block. For maxillary teeth, regional infiltration away from the swollen area. Topical anesthetic on the mucosa before injecting also helps.
02
Incise and Drain
Using a #15 scalpel blade or the tip of an 18-gauge needle, make a 1cm incision at the most dependent point of the fluctuant swelling — where gravity would cause pus to collect. The incision should be through the mucosa into the abscess cavity. Pus will evacuate. Do not squeeze or express — allow it to drain passively. Large quantities of pus indicate a well-established abscess.
03
Irrigate the Cavity
Irrigate the abscess cavity with saline or dilute chlorhexidine solution using a blunt-tipped syringe. This flushes debris and bacteria from the space. Continue until the return is clear.
04
Place Drain If Needed
For large abscesses, place a small piece of penrose drain or a strip of rubber dam through the incision and suture one end loosely to the mucosal edge. This keeps the incision from closing prematurely while the cavity continues to drain. Remove after 24–48 hours. Extract the source tooth as soon as the patient's condition allows — typically 24–48 hours after drainage.
Amoxicillin 500mg — 3x daily for 5–7 days. Covers oral streptococci and most dental pathogens. First choice unless allergy present.
Clindamycin 300mg — 3x daily for 5–7 days. Excellent coverage of dental anaerobes. Note: C. difficile risk with prolonged use.
Amoxicillin-clavulanate (Augmentin) 875mg — 2x daily. Broader coverage including beta-lactamase producing anaerobes. Use when initial antibiotic is failing or infection is aggressive.
Antibiotics treat the systemic component of infection. They do not resolve the source. The tooth must be extracted. A patient who improves on antibiotics and refuses extraction will relapse when the course ends.
MODULE 05  ·  IVORY
Extraction Protocol
Full step-by-step extraction protocol — instrument technique, socket management, and post-extraction care.

Extraction is the definitive field treatment for irreversible pulpitis, necrotic teeth, and unresolvable abscesses. Done correctly, it is a safe and effective procedure. Done incorrectly — inadequate anesthesia, wrong instrument technique, or failure to manage the socket — it creates complications that are far worse than the original tooth. Take your time. Adequate anesthesia is not optional.

☐  Correct tooth confirmed by percussion and patient agreement
☐  Anesthesia administered and confirmed (lip/tongue numb, no pain to instrument pressure)
☐  Minimum 10 minutes wait after injection before beginning
☐  Patient positioning confirmed — upper teeth: patient reclined ~60°, mouth at operator elbow height. Lower teeth: patient upright, mouth below operator elbow.
☐  Rubber bite block placed to hold mouth open and protect operator's fingers
☐  Adequate lighting confirmed
☐  All instruments laid out before starting
☐  Gauze and post-extraction care instructions ready
☐  Bleeding history checked — anticoagulants or clotting disorders noted
01
Luxate with the Elevator
Before applying forceps, use a straight elevator placed in the periodontal ligament space between the tooth and bone to luxate (loosen) the tooth. Insert the elevator with the concave side facing the tooth and apply controlled rotational pressure, using the adjacent alveolar bone — never the adjacent tooth — as a fulcrum. Work the elevator around the tooth, increasing mobility. A well-luxated tooth requires significantly less force to remove with forceps and dramatically reduces the risk of fracture.
02
Apply Forceps Correctly
Forceps beaks must engage the root, not the crown — push them apically as far as possible before applying pressure. The beaks should be parallel to the long axis of the tooth. Incorrect placement at the crown level causes crown fracture and a retained root, which is a significantly worse problem. Confirm seating before applying extraction force.
03
Controlled Extraction Movement
Apply firm, controlled pressure in the direction that expands the socket. For lower single-rooted teeth (incisors, canines): labial and lingual figure-8 motion. For lower molars: primarily buccal pressure — the lingual bone is dense and resistant. For upper teeth: buccal-palatal motion. Move slowly and deliberately. Jerking or twisting before the socket is adequately expanded fractures roots. You should feel progressive mobility with each movement.
04
Delivery
When the tooth is sufficiently mobile, deliver it in the direction of least resistance — usually buccal for most teeth. Examine the extracted tooth: are both roots present on a multi-rooted tooth? Is the root complete? A fractured root tip left in the socket requires retrieval if accessible — a retained infected root tip will not heal and will abscess.
05
Socket Management
Irrigate the socket with saline. Compress the buccal and lingual plates gently with your fingers to reduce the expanded bone. Place a gauze pack over the socket and have the patient bite firmly for 30–45 minutes. Do not remove the gauze to check — every removal disturbs clot formation. If bleeding continues after 45 minutes, replace gauze and maintain pressure. For persistent bleeding: Actcel hemostatic gauze (cut into small moist squares, place directly on the bleeding socket — it forms a gel and can be rinsed away in 24 hours) is significantly more effective than plain gauze. If suture is unavailable and bleeding remains heavy, veterinary cyanoacrylate (tissue super glue, N-butyl-2-cyanoacrylate) has documented field use for socket bleeding control. A properly formed blood clot in the socket is the foundation of healing — protect it.
TELL THE PATIENT:
— Bite on gauze for 45 minutes. Do not remove it early.
— No spitting, rinsing, or drinking through a straw for 24 hours — displaces clot.
— No smoking for 48 hours minimum — dramatically increases dry socket risk.
— Soft foods only for 48 hours. No food on the extraction side.
— Some bleeding for 12–24 hours is normal. Dark red seeping is normal. Bright red free-flowing is not.
— Begin gentle warm salt water rinses after 24 hours — 3x daily for one week.
— Pain peaks at 6–12 hours, then progressively improves. If pain is increasing after day 3, suspect dry socket or infection.
— Return immediately if: difficulty breathing, difficulty swallowing, swelling spreading to neck, fever, or uncontrolled bleeding.

Dry socket occurs when the blood clot dislodges or fails to form, exposing bare bone. It presents 3–5 days post-extraction with severe, throbbing pain that radiates to the ear or temple — distinctly worse than expected post-extraction soreness. Visual inspection shows an empty socket with exposed whitish bone rather than a dark blood clot. Treatment: gently irrigate the socket with saline, then pack with iodoform gauze soaked in ZOE or clove oil. Replace packing every 24–48 hours until pain resolves. Dry socket is painful but not dangerous — it resolves with time and local dressing.

MODULE 06  ·  IVORY
Supply Planning
Tiered dental cache from personal carry kit through community clinic level — what to stock at each tier.
TIER ITEM CATEGORY ON HAND NEEDED STATUS EXPIRY LOCATION ACTIONS
MODULE 07  ·  IVORY
Training Log
Track which group members have dental first aid skills and what training they have completed.

More than one person in your group should have basic dental first aid skills. If your primary dental responder is incapacitated, someone else needs to know how to pack a socket, place a temporary restoration, and recognize a spreading infection. Document training by member so you know who can do what.

+ ADD GROUP MEMBER
MODULE 08  ·  IVORY
Treatment Log
Case records — date, patient, tooth, procedure performed, medications, and outcome.

Document every dental procedure. A treatment record protects the patient — if complications arise, you need to know what was done, when, and with what medications. It also builds your group's dental health picture over time. Use callsigns or designations rather than full names if OPSEC is a concern.

+ LOG NEW CASE
MODULE 09  ·  IVORY
Dental Trauma
Tooth fractures, avulsions, loose teeth, jaw fracture, dislocated jaw, and joint pain — injury management when no dentist is available.

Dental trauma — teeth knocked out, fractured, or loosened by injury — is distinct from dental disease. It is time-sensitive in a way that infection is not. A tooth knocked completely out has approximately a 1% drop in reimplantation success for every minute it remains outside the socket. This module covers the full range of dental trauma, from minor fractures to jaw fractures and joint injuries. Primary references: Murray Dickson, Where There Is No Dentist; Joe and Amy Alton, The Survival Medicine Handbook.

Classify the fracture before treating. The treatment changes based on how deep the break goes.
E1
Ellis Class 1 — Enamel Only
Only the hard outer enamel is broken. No yellow or pink layer visible in the fracture. The tooth may have a sharp edge that cuts the tongue. No pulp exposure, no infection risk from the fracture itself. Treatment: use a small file to smooth sharp edges. Seal with ZOE cement if the patient is sensitive to air. No urgency — this tooth is not in danger from the fracture.
E2
Ellis Class 2 — Dentin Exposed
A yellow or beige layer is visible beneath the broken enamel — this is dentin. The tooth will be sensitive to air and cold. Bacteria can enter through dentin and infect the tooth over time, especially in children. Treatment: cover the exposed surface with calcium hydroxide (Dycal) if available, then seal with ZOE cement. If Dycal is unavailable: clear nail polish or Dermabond (medical super glue) applied to the exposed dentin surface reduces sensitivity and blocks bacterial entry as a field improvisation. Ibuprofen for pain. Avoid hot and cold food or drink.
E3
Ellis Class 3 — Pulp Exposed
A small pink or red dot is visible in the fracture — this is the pulp (the living nerve tissue). The tooth bleeds from the fracture site and is extremely painful to any stimulus. The pulp is contaminated by saliva bacteria from the moment of exposure. Treatment: seal immediately with calcium hydroxide then ZOE cement to reduce pain and slow infection. Antibiotics (amoxicillin 500mg TID). This is a palliative measure only — without a root canal, extraction is the eventual outcome. Plan for extraction at the next available opportunity. Do not delay indefinitely; the tooth will abscess.
Rt
Root Fracture
Suspect root fracture when the tooth moves but the surrounding bone does not, or when blood is coming from under the gumline around the tooth. The root has broken below the gum. Treatment: extraction of both the crown and the root fragment. If the root fragment cannot be retrieved, leave it and attempt again in one week when inflammation has reduced. A retained root fragment from a non-infected tooth is less urgent than a retained infected root tip — but both require eventual removal.

TIME IS THE CRITICAL VARIABLE. Reimplantation success drops approximately 1% per minute the tooth is outside the socket. Under 15 minutes: excellent prognosis. Over 60 minutes: poor. Over 2 hours: ligament fibers are dead and ankylosis is the likely outcome even with reimplantation. Act immediately. Do not reimplant baby teeth — wait for the permanent tooth. Only reimplant permanent teeth.

01
Handle the Tooth Correctly
Pick up the tooth by the crown only — never touch the root. The periodontal ligament fibers on the root surface are alive and fragile. Contamination or physical damage to the root surface directly reduces reimplantation success. Do not scrape, scrub, or dry the root under any circumstances.
02
Preserve the Tooth
Rinse gently with saline or clean water to remove debris — do not scrub. Keep the tooth moist immediately. Preservation medium in order of preference: (1) Hank's Solution / Save-a-Tooth — specifically designed to keep ligament cells alive; (2) cold whole milk — significantly better than water; (3) saline; (4) saliva — hold between cheek and gum or under the tongue; (5) plain water as a last resort only. Time outside any preservation medium accelerates cell death.
03
Reimplant the Tooth
If under 15 minutes: reimplant immediately. If 15 minutes to 2 hours: soak the tooth in Hank's Solution for 30 minutes first if available, then reimplant. If over 2 hours: reimplantation is still worth attempting but prognosis is guarded. Anesthetic optional — warn the patient it will hurt without it. Gently push the tooth back into the socket with a slight rotational motion until the biting edge is level with adjacent teeth. Hold in place with finger pressure for 5 minutes.
04
Splint and Protect
Soften two thin rolls of dental wax (beeswax works equally well). Press one roll firmly against the front surface of the reimplanted tooth and the two teeth on each side of it, near the gumline. Repeat on the back side. If the wax from front and back can be pressed together between the teeth, this improves hold. The splint must remain in place for a minimum of 3 weeks. Liquid diet during splinting. Antibiotics: amoxicillin 500mg TID x7 days or doxycycline if penicillin allergy. Warm salt water rinses 3x daily.
05
Monitor and Expect Complications
Even with successful reimplantation, the pulp typically does not survive the injury in mature permanent teeth. The tooth may turn dark in color over weeks to months — this indicates pulp death. Watch for a sinus tract (gum bubble) developing near the root — this indicates abscess from the dead pulp. When either sign appears, the tooth requires extraction unless root canal is available. A tooth that ankyloses without infection can remain functional for years as a natural implant.
CAUSE
TREATMENT
New permanent tooth erupting underneath a loose baby tooth
Extract the baby tooth if it is causing pain or blocking eruption. Tell the parent the permanent tooth will appear in its place. No urgency if the child is not in pain.
Gum disease or old abscess has eroded the bone around the roots
Extract the tooth, especially if it is also causing pain. The bone support is gone and the tooth will not restabilize without it.
Root is broken (tooth moves, bone does not)
Extract both parts. If the root fragment cannot be retrieved now, leave it and reattempt in one week when swelling has decreased.
Alveolar bone around the roots is cracked (bone moves with the tooth when you push it)
Do NOT extract. The bone will come out with the tooth and leave a large defect. Instead: press the tooth and bone gently back to normal position with your thumb and finger, then splint with dental wax to the two teeth on each side. Liquid diet for 4 weeks.
Trauma — tooth displaced but bone intact (tooth moves, but no bone movement detected)
Splint with dental wax to the teeth on each side, front and back. Liquid then soft diet. Monitor for sinus tract or dark discoloration (pulp death) over following weeks.

AIRWAY FIRST. A jaw fracture can allow the tongue and jaw to fall backward and obstruct the airway, especially if the patient is supine. Position the patient on their side or seated forward — never flat on their back. Check for and remove any loose tooth fragments that could fall into the throat.

Patient has had a blow to the jaw  ·  When teeth are closed, upper and lower teeth no longer meet normally (malocclusion)  ·  Patient cannot open or close the mouth properly  ·  Bleeding from between teeth at the fracture site  ·  Swelling or bruising on the face or jaw  ·  When you move one tooth, the adjacent tooth also moves (alveolar bone segment fracture)
01
Secure the Airway
Position the patient on their side or seated upright with head forward so the tongue and jaw fall forward naturally. Check the mouth for broken tooth fragments — a loose piece can fall into the throat and obstruct the airway. Remove any accessible fragments now. If the patient must be transported, position them on their side and maintain that position throughout.
02
Control Bleeding
Wipe dried blood from the face and inside the mouth to assess the situation clearly. Locate the bleeding source. Press cotton gauze firmly against bleeding gums — this usually controls it. Bleeding from between broken bone segments is harder to control and requires the jaw to be pulled together and held (see step 03). Do not pack the airway with gauze.
03
Field Splinting with Ligature Wire
Have the patient close their teeth as normally as possible — the way the upper and lower teeth meet is your alignment guide. Select the strongest tooth on each side of the fracture (the ones with the longest roots — typically canines or premolars). Loop 0.20 gauge ligature wire around each of these two teeth and tighten with pliers until snug. Lift and hold the broken segment so the teeth meet normally, then twist the two wires together until the segments are immobilized. Bend the twisted wire ends toward the teeth so they do not cut the lips. A head-and-chin bandage applied over this provides additional support — tie to support the jaw, not to pull it tight, and ensure breathing is unrestricted.
04
Antibiotics, Pain Management, and Liquid Diet
Amoxicillin 500mg TID x7 days to prevent bone infection. Ibuprofen 600mg Q6H for pain. The patient cannot chew — liquid diet is mandatory. Prepare high-calorie liquids: milk, broth, protein drinks. The patient must be able to suck liquid through the teeth even if the jaw is partially immobilized. Clean teeth and any wires gently with a soft brush after each feeding and rinse with warm salt water. Definitive wiring by a trained provider within one week if evacuation becomes possible — wires must remain for 4–6 weeks total.

A dislocated jaw occurs when the patient opens wide (yawning, shouting) and the jaw locks in the open position — they cannot close their mouth. The condyle has moved too far forward in the joint and cannot return on its own. You can also cause this accidentally during a difficult lower molar extraction by applying excessive downward force. Recognition: patient cannot close teeth together, lower jaw appears long and pointed, patient cannot speak clearly, pain directly in front of the ear over the joint.

01
Position and Prepare
Have the patient sit on the floor or a low seat with the back of their head supported against a wall or solid surface. Their head must be stabilized — they will instinctively pull away when you apply pressure. Kneel or stand directly in front of them. Wrap your thumbs with gauze — when the jaw snaps back into place the patient's teeth will clamp shut reflexively. Your thumbs must not be on the molars when that happens.
02
Reduce the Dislocation
Place your wrapped thumbs on the gum ridge beside the last lower molar on each side — not on the teeth. Wrap your fingers under the outside of the jaw. Apply firm, steady downward pressure with your thumbs first — this is the critical step. Downward before backward. Once the jaw has moved downward, apply backward pressure to guide the condyle back into the joint. You should feel a distinct movement when it reduces. The patient will immediately be able to close their mouth. If the muscles are too tight to allow reduction, the patient needs sedation — this is beyond field capability.
03
Post-Reduction Care
Apply a head-and-chin bandage for 3–4 days to support the joint while the stretched ligaments recover. Ibuprofen for pain and inflammation. Soft foods only for 2 weeks. Warm wet compresses against the jaw to reduce muscle tension. Critical instruction to the patient: do not open the mouth wide — no yawning, no large bites — until the joint has fully recovered. If the patient has missing back teeth, this problem will recur until those spaces are restored.
Most common cause. Pain and clicking in the joint in front of the ear, worse with chewing, associated with stress and teeth clenching. Treatment: soft food diet, warm wet compresses to the jaw, ibuprofen. Identify and address the source of stress if possible. Resolves with time in most cases.
Pain in the joint following a blow to the jaw. Condylar fractures are often caused by a blow to the opposite side of the face — always check the joint when any jaw trauma has occurred. Treatment: field stabilization as per jaw fracture protocol. Referral for definitive care when possible.
When back teeth are missing, the jaw shifts to one side when opening. Over time this asymmetric loading causes joint pain. Recognition: watch the patient open their mouth — if the midline between the front teeth shifts to one side during opening, malocclusion is likely contributing. Treatment is definitive dentistry to restore missing posterior teeth. Field management is the same as tension: soft diet, warm compresses, ibuprofen, and managing the patient's expectations.
OUTPUTS  ·  IVORY
Print Outputs
Field reference cards and supply lists for printing and laminating.

Print these outputs and laminate them for your dental kit. A reference card in your hands is worth more than a perfect module on a dead device.

OUTPUT 1
Extraction Protocol Card

Step-by-step extraction checklist, post-op instructions, and dry socket management. Single laminated card for the dental kit.

OUTPUT 2
Infection Alert Card

Abscess recognition guide, airway threat warning signs, antibiotic dosing quick reference. For group members to recognize when a dental problem has become an emergency.

OUTPUT 3
Supply List

Complete tiered supply list for Tier 1, 2, and 3 caches with your inventory notes. Use for restocking and procurement planning.

OUTPUT 4
Treatment Log

Formatted print output of all logged cases. Suitable for physical filing in your medical records binder.

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