Facts about necro-mortosis

Mortosis is transferable through the exchange of blood, saliva orother bodily fluids, including bites.Mortosis can be contracted through sharing of needles. Virus can be sexually transmitted

Emergency Wound Management for Healthcare Professionals in the treatment of Necro-Mortosis victims

The risk for injury to both citizens and Healthcare Professionals during and after an undead outbreak is high. Apart from Necro-Mortosis contamination from bites, other problems such as blunt force trauma wounds mental trauma and tetanus have to be contended with. Tetnus is a potential health threat for persons who sustain wound injuries. Tetanus is a serious, often fatal, toxic condition, but is virtually 100% preventable with vaccination. Any wound has the potential for becoming infected with either mortosis and/or tetnus, and should be assessed by a health-care provider as soon as possible.

These principles can assist with wound management and aid in the prevention of amputations. In the wake of a 'Level three' undead outbreak resources are limited. Following these basic wound management steps can help prevent further medical problems.

Evaluation
Ensure that the scene is safe for you to approach the patient, and that if necessary; it is secured by the proper authorities (police, fire, civil defense) prior to patient evaluation.

Observe universal precautions, when possible, while participating in all aspects of wound care.

Obtain a focused history from the patient, and perform an appropriate examination to exclude additional injuries.

Treatment
Apply direct pressure to any bleeding wound, to control hemorrhage.
Tourniquets are rarely indicated since they may reduce tissue viability.
Examine wounds for gross contamination, devitalized tissue, and foreign bodies.

Remove constricting rings or other jewelry from injured body part.
Cleanse the wound periphery with soap and sterile water or available solutions, and provide anesthetics and analgesia whenever possible.
Irrigate wounds with saline solution using a large bore needle and syringe. If unavailable, bottled water is acceptable.

Leave contaminated wounds, bites, and punctures open. Wounds that are sutured in an un sterile environment, or are not cleansed, irrigated, and debrided appropriately, are at high risk for infection due to contamination. Wounds that are not closed primarily because of high risk of infection should be considered for delayed primary closure by experienced medical staff using sterile technique.

Remove devitalized tissue and foreign bodies prior to repair as they may increase the incidence of infection.

Clip hair close to the wound, if necessary. Shaving of hair is not necessary, and may increase the chance of wound infection.

Cover wounds with dry dressing; deeper wounds may require packing with saline soaked gauze and subsequent coverage with a dry bulky dressing.

If wound infections develop, and patient shows early to mid signs of mortosis, such as a lowering of temperature, aggressive behavior, confusion, flu symptoms. migraine, hot flushes, aching muscles or a slowing of the heart rate, patient must be secured, tagged, and admitted to quarantine immediately.

Other Considerations
Be vigilant for the presence of other injuries in patients with any wounds.
Ensure adequate referral, follow-ups, and reevaluations whenever possible.
Dirty water and soil and sand can cause infection. Wounds can become contaminated by even very tiny amounts of dirt.

Puncture wounds can carry bits of clothing and debris into wound resulting in infection.

Crush injuries are more susceptible to infection than wounds from shearing forces.

Guidance for Management of Wound Infections
Most wound infections are due to staphylococci and streptococci. This would likely hold true even in an undead outbreak situation.

For initial antimicrobial treatment of infected wounds, beta-lactam antibiotics with anti-staphylococcal activity (cephalexin, dicloxacillin, ampicillin/sulbactam etc.) and clindamycin are recommended options.
Of note, recently an increasing number of community associated skin and soft tissue infections appear to be caused by methicillin-resistant Staphylococcus aureus (MRSA). Infections caused by this organism will not respond to treatment with beta-lactam antibiotics and should be considered in patients who fail to respond to this therapy. Treatment options for these community MRSA infections include trimethoprim-sulfamethoxazole (oral) or vancomycin (intravenous). Clindamycin is also a potential option, but not all isolates are susceptible.
Incision and drainage of any subcutaneous collections of pus (abscesses) is also an important component of treating wound infections.