A hospital

1. Hygiene of medical and dentistry establishments, their planning and equipment. Modern problems in hospital building. Hygienic measures of optimization of terms of stay of patients are in medical establishments.

2. A hospital is an institution for health care providing patient treatment by specialised staff and equipment, and often but not always providing for longer-term patient stays.

3. Types Some patients in a hospital come just for diagnosis and/or therapy and then leave ('outpatients'); while others are 'admitted' and stay overnight or for several weeks or months ('inpatients'). Hospitals are usually distinguished from other types of medical facilities by their ability to admit and care for inpatients.

4. General The best-known type of hospital is the general hospital, which is set up to deal with many kinds of disease and injury, and typically has an emergency department to deal with immediate threats to health and the capacity to dispatch emergency medical services. A general hospital is typically the major health care facility in its region, with large numbers of beds for intensive care and long-term care; and specialized facilities for surgery, plastic surgery, childbirth, bioassay laboratories, and so forth. Larger cities may have many different hospitals of varying sizes and facilities.

5. Specialized Types of specialized hospitals include trauma centers, rehabilitation hospitals, children's hospitals, seniors' (geriatric) hospitals, and hospitals for dealing with specific medical needs such as psychiatric problems (see psychiatric hospital), certain disease categories, and so forth. Teaching A teaching hospital (or university hospital) combines assistance to patients with teaching to medical students and is often linked to a medical school. Clinics A medical facility smaller than a hospital is generally called a clinic, and is often run by a government agency for health services or a private partnership of physicians (in nations where private practice is allowed). Clinics generally provide only outpatient services.

6. The patient care institution site development area is selected taking into account several reasons - a distance from the farthest settlements of the population service zone: land plot must be connected with population service zone favorably (patient must be taken to the hospital in no more than 30 minutes); - a distance from the possible air or soil pollution sources; the sources of noise, vibration, the emission of the industries, airports, railway stations, speed motorways and other, taking into account their sanitary and protection zones and “wind rose”; - usage of the existing green area (park, wood); - a flat countryside or a flank of hill towards the Southern points and others.

7. The site land area depends on the power, specialization and system of the hospital group of buildings site development

8. Systems of hospital site development are: • decentralized (pavilion), • centralized, • mixed, • centralized-blocked – the best system of hospital

9. Decentralized (pavilion) type of hospital • each department is situated in the separate building; The positive feature of the decentralized system is the possibility of patients to stay more outdoors;

10. the drawback is the difficulty during the usage of the diagnostic, physiotherapeutic measures or their doubling, which increases the capital expenditure.

11. Centralized system • all departments are situated in one (semidetached) building;

12. The drawback of the centralized system is the difficulty of nosocomial infections prevention, • Decreased time or impossibility of the patients to stay outdoors. • Noise

13. Mixed system of hospital • mixed, when the majority of departments are situated in the central building but some separate ones (infectious diseases, children’s, psychiatric departments and so on) – in the isolated buildings.

14. Centralized-blocked system of hospital Such version ensures both centralization of medical processes and using of equipment and realization of a principle of isolation of separate medical departments.

15. The site land project of the patient care institution includes the following zones: • a zone of the patient care buildings for non-infectious patients; • a zone of the patient care building with infectious diseases; • a polyclinic zone; • a zone of morbid anatomical department; • a household zone; • a landscape zone. • The infectious, obstetric, children’s, tuberculosis and psychiatric departments should have separate landscape zone of their own.

17. The hospital site housing density depending on the amount of beds should not exceed 10 – 15 %. Up to 60 – 65 % of the area should be occupied by all kinds of green area; 20 – 25 % - a household zone, passages and passageways. The size of the landscape zone should be not less than 25 m2 per one bed.

18. The distances between the hospital buildings should be the following: • between the walls with wards and doctors’ rooms windows – 2.5 of the opposite building height but not less than 25 m; • between the radiological building and other ones – 25 m; • the morbid anatomical building and a household one – at the distance of 30 m from other buildings, residential including; • between the buildings’ flanks – not less than 30 m, from the polyclinic, women’s consulting center and health centre – not less than 15 m.

19. Bars of the green planting must be located between the functional areas of hospitals and to make 15 m. the Sanitary break between medical corps and food bloc, by a path anatomical corps and defense zonal of the green planting - not less than 30 m. the Path anatomical department with a morgue is placed in the isolated place which not evidently from the windows of hospital.

20. Wall an operation must be smooth and shiny, easily to wash and added irrigation disinfection solutions. All of types of wiring and heater devices are assembled in walls. It is recommended to dye walls and ceiling a light mat oily waxen paint which removes light reflections and does not tire the eyes of surgeon. A floor is inlaid a tile with small inclination to the ladder. In an operating-room it is desirable to have two doors: one - for an import patient with an operation, and second, in a lateral wall, - for an export operated. The windows of operating-room orient on north rhombs. A light coefficient must make 1:3 -1:4. Operating-room it is needed densely to push an a door to.

21. It is needed, that a microclimate answered the requirements of comfort. Temperature of air in summer in an operating-room must be +20-22 °C (in winter -19 -20 °C) at humidity 50-55 %, the rate of movement of air must not exceed 0,1 m/sec It is better to arrange heating of operating-room aquatic radiation with the location of panels on ceiling or to the floor. All of equipment which enters operating-room is needed preliminary disinfected, and instruments and materials for bandaging - sterilized. Very perspective is a method of gas disinfection, for example by the oxide of etalon, however much he lasts a few hours. After the operation of apartment with application take away, ventilate carefully, a floor and panels is washed disinfection solution and hot water.

22. Surgical department

23. The operating block of a surgical department should be situated in the blind-ended projection or in the separate outhouse of the hospital In the operating block there should be following rooms: the operating room – 30 m2 (on the basis of 30-50 surgical beds in the department; for the complex operations – 40-45 m2)

24. the pre-operating room – 10-12 m2, • the sterilizing room • (one for two operating ones), • the anesthetic room – 15 m2, • the instrumental room, • the surgeon’s room (for protocols), • the laboratory of the express tests, • the plaster dressing room, • the room of the mobile diagnostic,

25. resuscitative apparatuses and the anesthetic equipment, the premises for the sterile and used operating linen, the washing and shower room for the operating brigade, the postoperative resuscitative wards, the lavatories for personnel, the operating nurse’s room and others depending on the surgical department type.

26. Illumination of an operational table has great importance. Devices in operational lamps allow to change direction of light rays. Due to dispersion of heat with the help of system of glasses and presence of air layer between them, these lamps do not get heated. If it is necessary to have additional illumination of lateral surfaces of the operational field, mobile and portable lamps are used. The illumination is duplicated by emergency network working from a battery.

27. The special group of hospital establishments is made by radiological separations. Them there are six types: are X-Ray and diagnostic controlled from distance radial therapy radial therapy by the closed X-Ray nuclides, radial therapy by the opened X-Ray diagnostic with the use of the closed X-Ray nuclides separations are mixed.

28. The most widespread radiological establishments are X-Ray and diagnostic cabinets or are X-Ray and diagnostic separations. Work in them must provide radiation safety an auxiliary personnel and people which are in contiguous apartments. The average daily dose of irradiation for doctors-X-Ray diagnostic must make 3,5 Ber on a year, and for laboratory assistants - 3 (at GDD-5 Ber).

29. The radiological separations of other types place in the isolated annex or separate house. Their planning foresees four groups of apartments: for diagnostics of ionizing radiations the opened sources, radial therapy opened and closed, controlled from distance radial therapy.

30. Hygienic requirements concerning of the hospital departments

31. Each hospital department is intended for patients with similar diseases. It should include: ward sections for 30 beds, with 6 wards for 4 beds with the area of 7 m2 per bed, 2 wards for 2 beds with the area of 7 m2 per bedwards 2 wards for 1 bed with the area of 9-12 m2 for severe somatic and infectious patients, with the cubic capacity of 20-25 m3 for each patient and the ventilation volume – 40-45 m3/hour.

32. Except the wards in the ward sector there should be • a room for patients’ day-time stay (area of 25 m2), • glazed verandah (30 m2) and medical accessory premises: • the doctor’s room (8-9 m2), • the procedure and manipulation room (12-15 m2), • the medical nurse’s station (4 m2), and • in the surgical departments sections – dressing rooms (pure and purulent). • Dinner room (for two ward sections with the area of 18 m2), • a room for clean and dirty linen (each of 4 m2) • a lavatory with a bathroom (10 m2), • a lavatory for patients and for personnel, • a sanitary room (6-8 m2), and • a corridor.

33. The optimal ward windows orientation in the Northern hemisphere is the South-East or South. But there should be 1-2 wards with the orientation towards the Northern points for severely ill patients or patients with fever. Beds should be located to the light conductive wall for a patient to be able to turn back from the dazzling effect of the direct solar radiation.

34. Natural ward lighting should provide the daylight factor (DF) of not less than 1%, the lighting coefficient (LC) 1:5 – 1:6; in the procedure, manipulating, dressing and operating – DF respectively is 1.5 – 2 %, LC – 1:3 – 1:5.

35. The artificial lighting should be general, 30-60 lx, and the night light – 10-15 lx with lamps in the lower part of the walls. Artificial illumination by the incandescent lamps should be not less than 30 lx in the wards, 100 – 150 lx in the procedure, manipulating and dressing rooms, 200 – 1 000 lx in the operating rooms.

36. The optimal air temperature in the wards in winter and during the transitional period should range from 19 to 22°C, the relative humidity should be 40-60 %, the air movement speed within the limits of 0.05-0.1 m/sec. In the nursery, post-operative wards, burns units and in case of fever of the infectious patients the air temperature should be a bit higher – 22 – 25°C.

37. The wards ventilation should be achieved by means of exhaust ventilation ducts, presence of window leaves and windows which can be opened; the modern hospitals should be equipped with air-conditioners.

38. A sanitary knot must be equipped washing room, by bath, dressing-room and auxiliary apartment. Three dressing-rooms are needed: masculine with an urinal, womanish with an ascending shower and for a medical personnel. That smells from a sanitary knot did not get to the chamber corridor, he is provided drawing ventilation, but not ventilate through small hinge window pane or windows are opened. The apartments of sanitary knot must have natural illumination, floors lay out a tile, panels in high not a less than 1,8 m code draw an oily paint, but yet better lay out a facing tile.

39. For efficient patient treatment and the medical personnel labor the air clearness in the wards, operating, dressing, procedure rooms and others is of great importance. The allowable CO2 concentration in the hospital premises being an index of air pollution by the vital functions products of the patients and personnel, excreted by skin and during breathing, also with dust and microorganisms, should range within the limits of 0.07 – 0.1 %. Indices of hospital air pollution, such as air oxygenation (20 – 24 mg O2/ m3) and the microbial figure (500 – 1 000 per m3 in the operating room, up to 3 500 per m3 in the wards), also have been calculated and scientifically substantiated.

40. The treatment protective mode of permanent establishment includes the followings elements: • providing of the mode is a thrift of psyche of patient; • adherence of rules of internal order of day; • providing of the mode rational physical (motive) to activity.

41. DENTISTRY

42. DENTISTRY Cabinets

43. Digital ortopantomograph utilized for the receipt of panoramic picture of teeth, necessity in surgical dentistry for the exposure of breaks, cysts, tumors, for the estimation of the state of bone

44. Computer tomography in hundred one times more effective than ordinary x-ray photography vehicle, as processes all of the got information, and ordinary x-ray photography setting – only about 1%. • The use of conical ray of computer tomography allows to get the gone into a detail image of high-res of the probed area/cylinder diameter 40 mm and in high 30mm. Three-dimensional kind – axial, coronal and sagital – allow to carry out the supervision of certain area. Possibility of layer cuts is under any corner for an optimum visual reflection.

45. PLAN OF THE DENTRISTRY CLINIC

46. Artificialillumination General illumination levels of horizontal workings surfaces by lamps (bulb and luminescent) : Name of the rooms: • Doctors, procedural, manipulation, basic apartments of laboratory room for dental technical- 200 and 500. • Storage room- 200and 400 lx • Cabinets of the nurses, junior nurses, washing rooms – 150 and 300 lx • Soldering, cabinets of X-ray for teeth, apartment for preparation of surgery instruments to sterilized – 100 and 200 lx • Registrationrooms of expectations, corridors, sterilization room – 751and 50 lx • Sanitary rooms – 30 and75 lx

47. Hospitalism Be are what physical, psychical, infectious disorders of health of man, conditioned the features of medical service.

49. Intrhospital (nosocomial, hospital) infection • any clinically recognized disease of microbial etiology is related to the stay, treatment, inspection or appeal of man for medical help in hospital.

50. Exciters of intrahospital (nosocomial, hospital) infections • Staphylococcuss, streptococci, blue pear stick, proteus, collibacillus, salmonella, enterobacteria, enterococcus and other de bane ease pathogenic microorganisms. • And also viruses of flu, adenoviruss, rotaviruss, enteroviruss, exciters of viral hepatitis et al ESCHERICHIA COLI