Reduction of infection A mobile laminar airflow to reduce hospital infections and surgical site infection

Providing sterile conditions for mobile field hospitals and surgical field hospitals

Sterile conditions for mobile field hospitals and surgical field hospitals A new system to create sterile conditions in emergency situations

Laminar air flow and ultraviolet light can combat operating room contamination Infections are decreased with less environmental contamination, prophylactic antibiotics and a good host. All you really need to know is at the wound site we can reduce the amount of bacteria over 90% with the use of laminar air flow,”

Osteomyelitis and orthopaedic infections Osteomyelitis. Inflammation of the bone and its marrow. contents. Acute hematogenous osteomyelitis. Acute osteomyelitis from exogenous. contamination

Ultraclean Air in the Operating Room May Decrease Infection Rates Ultraclean air technology (UCAT) in the operating room decreases infection rates after posterior spinal instrumentation procedures, according to the results of a retrospective study published in the Oct. 15 issue of Spine.

INFECTION IN THE OPERATING ROOM Infection in orthopaedic surgery is a problem which affects both the patient and the surgeon and uses up valuable resources. If it occurs as a result of clean elective surgery, such as after joint replacement, then the implications arepotentially disastrous.

Reducing the risk of postoperative pacemaker infection, prosthetic valve infection, Coronary stent infection and infection of aortic stenosis Reducing the risk of postoperative pacemaker infection and prosthetic valve infection with Toul laminar air flow that reduces the contamination level in the wound area and instruments up to 95 %

Reducing the risk of postoperative surgical infections in oncology and burned patients with the use of a mobile laminar airflow that reduces the contamination level significant Nosocomial infections are the most frequent complications observed in surgical oncological patients; despite considerable progress in the areas of prevention, diagnosis and therapy, postoperative infections continue to be associated with significant morbidity, sometimes with mortality and with extra expense to cover cost of antibiotics, blood derivatives, nursing, additional surgical procedures and prolonged hospitalization. Most surgical infections are acquired intraoperatively.

Prevention of postoperative infections against penile prosthesis infection with a mobile laminar air flow Penile prosthesis implantation remains an effective and acceptable treatment for the significant number of men who fail to respond to nonsurgical therapy. The most serious complication that can affect the use of most prosthetic devices is infection. In penile prostheses, this can be devastating and frequently results in removal of the device despite aggressive antibiotic therapy. Toul can be used to minimize the risk of postoperative infections also in obstetrics and gynecology.

Reducing the risk of prosthetic joints infections and infections in implant surgery with a mobile laminar air flow Prevention of prosthetic joints infections and infections in implant surgery with a mobile laminar air flow that reduces the contamination level in the wound area and instruments up to 95 %

Prevention of postoperative-infections, wound infections, internal shunt-infections in neurosurgery with a mobile laminar air flow that reduces the contamination level in the wound area and instruments up to 95 % Prevention of postoperative-infections in neurosurgery

Hospital infections video how to prevent hospital infections

The first sterile instrument table for the operating room To fight against hospital infections and the more and more resistant bacteria’s it has been developed Toul Mobile Laminar Airflow. Laminar airflow systems has been used for many years in the operating rooms and have shown a significant reduction of surgical site infection.

Osteomyelitis Osteomyelitis is a bone infection usually caused by bacteria.Osteomyelitis may also result from an infection in an adjacent soft tissue; the infection spreads to the bone after several days or weeks. This type of spread is particularly likely to occur in older people. Such an infection may start in an area damaged by an injury, radiation therapy, or cancer, or in a skin ulcer (particularly a foot ulcer) caused by poor circulation or diabetes. A sinus, gum, or tooth infection may spread to the skull.

Preventing the risk of infections for angioplasty and vascular stenting The number of bacteria resistant to many different antibiotics has increased and hence the risk of hospital infection. More than 70 percent of the bacteria that causes hospital infections are resistant to at least one of the antibiotics commonly used to treat them

Reducing the risk of infection in the intensive care unit (ICU) Patients admitted into intensive care units (ICUs) are at great risk for acquiring nosocomial infections. They are susceptible to infection because of their underlying diseases or conditions associated with impaired immunity as well as several violations of their immune system or risks of aseptic mistakes in patient management during invasive monitoring and they are prone to secondary infections after exposure to broad-spectrum antimicrobials

The first sterile instrument table- Reducing the risk of hospital infections An English Study from Whyte has been estimated that almost 70% of bacteria found in the patient‘s wound s come directly or indirectly from the instruments. There is a clearly relationship between the quality of the air and the degree of sepsis encountered.

Reducing the risk of postoperative surgical infections in oncology and burned patients Most surgical infections are acquired intraoperatively. The risk of postoperative surgical infections is mainly related to the magnitude of surgical field contamination related to the degree of bacterial contamination acquired from the skin or nasal flora of the operating team, or from contaminated material or instruments in the operating theatre

Reducing surgical infections with new tecnology To fight against hospital infections and the more and more resistant bacteria’s it has been developed Toul Mobile Laminar Airflow.

Normeditec: A new system fights hospital infections Hospital infections are immensely dangerous as the pathogenes causing them are increasingly resistant to most of the commonly used antibiotics. In 1974, only 2 % of Staphylococcus aureus infections in the USA were MRSA (methicillin-resistant). By 2003, that figure had soared to 57 %, and now is over 60 %. Nosocomial infections are the fourth largest killer in the United States: there, every year two million patients contract infections in hospitals, and an estimated 103,000 die as a result, that means as many deaths as from AIDS, breast cancer and traffic accidents combined.