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Trauma

An exposed body with traumas can decompose faster than an exposed body that has not encountered trauma (, Bass, and Meadows 1990). This is due to the attraction of insects to open wounds, where oviposition occurs. It is unknown how trauma affects the formation of CDI. However, it is likely that it results in a more rapid rate of CDI formation by allowing cadaveric fluids to enter the soil more readily. [Pg.40]


Secondary immunodeficiencies (9) are much more common than primary ones and frequently occur as a result of immaturity of the immune system in premature infants, immunosuppressive therapy, or surgery and trauma. Illnesses, particularly when prolonged and serious, have been associated with secondary immunodeficiencies, some of which may be reversible. Acquked immune deficiency syndrome (AIDS) (10—12) may be considered a secondary immunodeficiency disease caused by the human immunodeficiency vimses HIV-1 or HIV-2. Hitherto unknown, the disease began to spread in the United States during the latter part of the 1970s. The agent responsible for this infection has been isolated and identified as a retrovims. [Pg.32]

The immunorestorative potential of inosiplex has been evaluated in several clinical conditions, including post-surgical trauma, cancer patients with concurrent viral infections, and cancer patients receiving radiotherapy or chemotherapy. For example, most (84%) of the surgery patients remained immunologicaHy depressed, but 56% of the inosiplex-treated surgery patients had complete restoration of normal skin test reactivity (probability level < 0.0005). The use of inosiplex as an adjuvant to chemotherapy or radiotherapy appears to be valuable in the prophylaxis against opportunistic infections. [Pg.36]

Most of the time, the powerful analgesia suppHed by morphine and the other opioid analgesics is not needed. Rather, a mild analgesic, such as aspirin, the most commonly employed analgesic agent, can be used for the treatment of simple pain associated with headaches, minor muscle pain, mild trauma, arthritis, cold and flu symptoms, and fever. [Pg.385]

Vascular access ports typically consist of a self-sealing siUcone septum within a rigid housing which is attached to a radiopaque catheter (see Radiopaques). The catheter must be fabricated from a low modulus elastomeric polymer capable of interfacing with both soft tissue and the cardiovascular environment. A low modulus polyurethane-based elastomer is preferred to ensure minimal trauma to the fragile vein. [Pg.184]

Soft Tissue Injuries. Some of the more common soft tissue injuries are sprains, strains, contusions, tendonitis, bursitis, and stress injuries, caused by damaged tendons, muscles, and ligaments. A sprain is a soft tissue injury to the ligaments. Certain sprains are often associated with small fractures. This type of injury is normally associated with a localized trauma event. The severity of the sprain depends on how much of the ligament is torn and to what extent the ligament is detached from the bone. The areas of the human body that are most vulnerable to sprains are ankles, knees, and wrists. [Pg.186]

In certain diseases, such as osteomalacia, syphilis, and osteomyeHtis, bones break spontaneously and without a trauma. The severity of the fracture usually depends on the force that caused the fracture. If a bone s breaking point was exceeded only slightly, then the bone may crack rather than break all the way through. If the force is extreme, such as in an automobile collision or a gunshot, the bone may shatter. An open or compound fracture is particularly serious because infection is possible in both the wound and the bone. A serious bone infection can result in amputation. [Pg.186]

Intensive or extensive culture of aquatic animals requires chemicals that control disease, enhance the growth of cultured species, reduce handling trauma to organisms, improve water quality, disinfect water, and control aquatic vegetation, predaceous insects, or other nuisance organisms. The aquacultural chemical need for various species have been described for rainbow trout, Oncorhjnchus mjkiss (1) Adantic and Pacific salmon, Salmo and Oncorhjnchus sp. (2) channel catfish, Ictaluruspunctatus (3) striped bass, Morone saxatilis (4) milkfish, Chanos chanos (5) moUusks (6) penaeid (Penaeus sp.) shrimp (7) and a variety of other marine species (8). [Pg.319]

Congenital deficiency of Factor XI is a relatively rare coagulopathy that has been reported as both an autosomal dominant and autosomal recessive trait. This deficiency state occurs predominantly in the Jewish population. Most patients with this deficiency state remain asymptomatic until trauma or surgery is encountered. Spontaneous hemorrhage is rare in this population. [Pg.174]

The proteolytic enzymes, trypsin, chymotrypsin, and chymoral [8076-22-0] in combination, have been used for the treatment of post-operative hand trauma, athletic injuries, and sciatica (214—216). Trypsin has also been used successfully in treating hyaline membrane disease of newborn babies, a condition usually fatal without treatment (217). Immobilized preparations of trypsin are useful in treating acute radiation cystitis following pelvic x-irradiation therapy (218). [Pg.312]

In 1998, the FDA approved fibrin sealant for three specific indications. These include hemostasis at the time of cardiac surgical operations [8] (Fig. 2) as well as at the time of operative procedures to treat splenic trauma. The application of the fibrin sealant which consists of normal biologic components in the body s clotting cascade creates a localized clot which further enhances inherent clotting ability. Although approved for these specific hemostatic indications only, fibrin sealant is useful as a hemostat in a wide variety of off-label clinical situations as well [9,10]. These include such applications as hemostasis for liver trauma or resection [11], vascular anastomoses [12], tonsillectomy [13], peripheral joint replacement [14], dental extractions [15], and bum debridement [16]. [Pg.1113]

The most extensive experience with tissue adhesive drug delivery exists in the fibrin sealant literature. This is clearly an off-label use of this agent as it is only currently approved for hemostasis in cardiac and splenic trauma surgery and for colon sealing at the time of colostomy closure. [Pg.1125]

Observing on-site projeet personnel for signs of ehemieal or physieal trauma. [Pg.33]

Let s consider some of the important cost factors of a JHA. These methods can help to improve job procedures and can help to reduce costs that result from absenteeism and workers compensation claims, as well as hidden costs that are usually overlooked. These hidden costs include management time for investigation lost time for other workers who experience some level of trauma hiring and training temporary workers bad publicity, poor product quality, employee morale OSHA citation/fines, court costs, and so on. Reduction of these costs can lead to increased productivity and improved cost to the bottom line. [Pg.43]

The University of Texas Medical Branch 3.112 Trauma Building Galveston, TX 77555-1175... [Pg.317]

Many derivatives of 4-hydroxy-3-nitro-l,X-naphthyridin-2(lH)-ones (X = 5,6,7, and 8) were claimed to have been used for treating or preventing neuronal loss associated with stroke, ischemia, CNS trauma, hypoglycemia, and surgery as well as for treating neurodegenerative diseases, chronic pain, convulsion, anxiety, and opiate tolerance (96MI2). [Pg.339]

It was known as early as 1927 that the adrenal glands of mammalian species secrete a series of substances essential to the survival of the individual. The hormonal nature of these secretions was suggested by the observation that extracts of the adrenal gland and more specifically of the outer portion of that organ (cortex) would ensure survival of animals whose adrenals had been excised. By 1943 no fewer than 28 steroids had been isolated from adrenal cortical extracts. These compounds were found to be involved in the regulation of such diverse and basic processes as electrolyte balance, carbohydrate metabolism, and resistance to trauma, to name only a few. [Pg.188]

In 1965 Zapffe found that after fracture trauma local pH values decreased to 5.3-5.6. As healing took place the pH increased gradually to the normal 7-4. Another source of low local pH in vivo is the presence of crevices between components of a fixation device. A restriction of the oxygen supply to these locations can lead to pH values of about unity . [Pg.472]

From what has been said it is obvious that the environmental conditions within the human body are quite hostile and vary according to the degree of interaction with the body and the implant and the degree of trauma and infection associated with the implantation procedure. [Pg.472]


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Abdominal trauma

Acute acoustic trauma

Acute head trauma

Acute neural trauma

Advanced Trauma Life Support

Advanced trauma management

And brain trauma

Approaches to Trauma Management

Arterial Trauma

Birth trauma

Blood vessel trauma

Blunt abdominal trauma

Blunt penile trauma

Brachial Trauma

Carpal Trauma

Central nervous system , trauma

Cerebral trauma

Cervical spine trauma

Chemical trauma

Chemicals local trauma

Chest trauma

Children trauma

Cornea trauma

Cumulative Trauma Disorders: A Manual for

Cumulative Trauma Disorders: A Manual for Musculoskeletal Diseases of the Upper

Cumulative trauma disorders

Cumulative trauma disorders CTDs)

Cumulative trauma disorders ergonomics

Cumulative trauma disorders injuries

D.J. Baker, Toxic Trauma, DOI

Deep Trauma

Dental trauma

Dental trauma repair

Education, trauma

Effect of trauma

Emotional trauma

Facial trauma

Guidelines for Designing Hand-Operated Devices with Respect to Cumulative Trauma Disorder

Head trauma

Hearing acoustic trauma

In response to trauma

Injection trauma

Liver hepatic trauma

Main Presenting Signs and Symptoms Following Toxic Trauma

Major trauma

Mechanical trauma

Multisystem trauma

Muscle Trauma

Necrosis trauma

Occupational mechanical trauma

Ocular emergencies trauma

Ocular trauma

Orbital trauma

Pediatric Trauma Score

Pelvic trauma

Penile trauma

Physical trauma

Post-trauma complications

Psychological trauma

Renal trauma

Repeated low-grade frictional trauma

Repetitive trauma

Revised Trauma Score

Road trauma

Skeletal trauma

Skin trauma

Specific Treatment Measures for Toxic Trauma

Spinal trauma

Splenic trauma

Suspension trauma

Temporal trauma

The Clinical Presentation of Toxic Trauma Assessment and Diagnosis

The Management of Toxic Trauma from Vesicant Agents

The Pathophysiology of Toxic Trauma

The Treatment of Toxic Trauma

Thoracic Trauma

Toxic Trauma to the Blood and Haemopoetic System

Toxic Trauma to the Heart and Vascular System

Toxic Trauma to the Nervous System

Toxic trauma

Toxic trauma reduction

Trauma Disorders

Trauma Surgery

Trauma abdominal, acute contamination

Trauma abrasion

Trauma acoustic

Trauma analgesia

Trauma assessment

Trauma athletics

Trauma biochemical changes

Trauma blunt

Trauma burns

Trauma catabolism following

Trauma causes

Trauma chemical explosions

Trauma conjunctival

Trauma corneal

Trauma definition

Trauma flow phase

Trauma foreign body causing

Trauma fractures

Trauma fuels

Trauma hypovolemic shock

Trauma iatrogenic

Trauma injuries

Trauma kidneys

Trauma lacerations

Trauma liver

Trauma malnutrition

Trauma management

Trauma metabolic changes

Trauma neurobiology

Trauma occupational causes

Trauma occupational deaths

Trauma pain management

Trauma patient, enteral nutrition

Trauma patients

Trauma patients effects

Trauma patients immobilized

Trauma patients metabolic changes

Trauma penetrating

Trauma physiological effects

Trauma preparation

Trauma protocol

Trauma resuscitation

Trauma stress

Trauma stress disorder after

Trauma terrorist attacks

Trauma thoracic spine

Trauma ultrasonography

Trauma vascular injury

Trauma visceral

Trauma, defining

Trauma, endocrine response

Trauma, inflammation

Trauma, plasma oxidation level

Trauma, protein losses

Trauma-induced axonal injury

Upper extremities trauma

Urethra trauma

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