Organizational maintenance repair parts and special tools lists : tractor, wheeled, industrial, diesel driven, med DBP, w/dozer, w/backrip scarifier, w/drawbar, trailer pintle and hydraulic scraper controls, NSN 2420-00-088-9384 (Clark model 290M), w/ROPS, NSN 2420-01-059-0090.

Includes index.

Direct support, general support and depot maintenance manual : tractor, wheeled, industrial, diesel driven, med, dbp, w/dozer, w/scarifier, w/drawbar, trailer pintle and hydraulic scraper controls (Clark model 290M), FSN 2420-088-9384.

Includes index.

Operator and organizational maintenance manual : tractor, wheeled, industrial : diesel driven, med DBP, w/dozer, w/scarifier, w/drawbar, trailer pintle and hydraulic scraper controls (Clark model 290M), FSN 2420-088-9384.

"1 March 1970."

Unit maintenance repair parts and special tools list : loader, scoop type, DED 4 x 4, articulated frame steer, 4 1/2 to 5 cu. yd., (CCE), with 4 1/2 cu. yd. rock bucket, NSN 3805-00-602-5006, Clark model 175B, type I and with 5 cu. yd. general purpose bucket, NSN 3805-00-602-5013 Clark model 175B, type II.

Includes indexes.

Technical manual, organizational maintenance repair parts and special tools list for truck, lift, fork, gasoline driven, solid rubber tires, 127 inch lift, 2000 pound capacity, Army model MHE 229, Clark Equipment Co. model 2329397.

"NSN 3930-00-315-9699."

Field and depot maintenance manual : truck, lift, fork, electric, solid rubber tires, 4,000 lbs capacity, 144 in. lift, Clark model 337450, Army model MHE 185, FSN 3930-086-6677.

"December 1963."

Operator and organizational maintenance manual : truck, lift, fork, electric, solid rubber tires, 4,000 lbs capacity, 144 in. lift, Clark model 337450, Army model MHE 185, FSN 3930-086-6677.

"December 1963."

Unit, direct support, and general support maintenance repair parts and special tools lists : tractor, wheeled, warehouse, gasoline, pneumatic-tired wheels, 4000 pound drawbar pull, Army model MHE-180 (NSN 3930-00-953-4890), Clark model CTA-40-1615160-RS.

"May 1992."

Organizational maintenance repair parts and special tools list for truck, lift, fork, gasoline engine driven, solid rubber tires, 127 inch lift, 2000 pound capacity, Army model MHE 229, Clark Equipment Co. model 2329397 (NSN 3930-00-315-9699).

Includes index.

Unit, direct support, and general support maintenance ... : truck, lift, fork, gasoline engine driven, solid rubber tires, 127 inch lift, 2000 lb capacity, Army model MHE-229, Clark Equipment Co. model 2329397, NSN 3930-00-315-9699.

"February 1991."

Chlamydial infection and spatial ascension of the female genital tract : a novel hybrid cellular automata and continuum mathematical model

Sexually transmitted chlamydial infection initially establishes in the endocervix in females, but if the infection ascends the genital tract, significant disease, including infertility, can result. Many of the mechanisms associated with chlamydial infection kinetics and disease ascension are unknown. We attempt to elucidate some of these processes by developing a novel mathematical model, using a cellular automata–partial differential equation model. We matched our model outputs to experimental data of chlamydial infection of the guinea-pig cervix and carried out sensitivity analyses to determine the relative influence of model parameters. We found that the rate of recruitment and action of innate immune cells to clear extracellular chlamydial particles and the rate of passive movement of chlamydial particles are the dominant factors in determining the early course of infection, magnitude of the peak chlamydial time course and the time of the peak. The rate of passive movement was found to be the most important factor in determining whether infection would ascend to the upper genital tract. This study highlights the importance of early innate immunity in the control of chlamydial infection and the significance of motility-diffusive properties and the adaptive immune response in the magnitude of infection and in its ascension.

Queensland Emergency Medical System : a structural and organizational model for the emergency medical system in Australia

Objective: The emergency medical system (EMS) can be defined as a comprehensive, coordinated and integrated system of care for patients suffering acute illness and injury. The aim of the present paper is to describe the evolution of the Queensland Emergency Medical System (QEMS) and to recommend a strategic national approach to EMS development. Methods: Following the formation of the Queensland Ambulance Service in 1991, a state EMS committee was formed. This committee led the development and approval of the cross portfolio QEMS policy framework that has resulted in dynamic policy development, system monitoring and evaluation. This framework is led by the Queensland Emergency Medical Services Advisory Committee. Results: There has been considerable progress in the development of all aspects of the EMS in Queensland. These developments have derived from the improved coordination and leadership that QEMS provides and has resulted in widespread satisfaction by both patients and stakeholders. Conclusions: The strategic approach outlined in the present paper offers a model for EMS arrangements throughout Australia. We propose that the Council of Australian Governments should require each state and Territory to maintain an EMS committee. These state EMS committees should have a broad portfolio of responsibilities. They should provide leadership and direction to the development of the EMS and ensure coordination and quality of outcomes. A national EMS committee with broad representation and broad scope should be established to coordinate the national development of Australia's EMS.