Structural units. Structural divisions of the First Medical Institute building plan

History of PSPbSMU named after. acad. I.P. Pavlova dates back to the opening of the Women's Medical Institute (WMI) on September 14 (26), 1897 - the first in Russia and in Europe educational institution, in which women were given the opportunity to obtain higher medical education.

Soon after its opening, the Women's Medical Institute became a generally recognized and authoritative example of an organization of higher education. medical education and science. Clinics and departments of medical history became centers for the development and implementation of the most advanced diagnostic and treatment methods into medical practice.

From the moment of its formation to the present day, the University has changed several names - Petrograd Women's Medical Institute (1918), the First Leningrad Medical Institute - 1 LMI, “1st Med” - a name that has gone down in the history of medicine of the city and the country (1924). In 1936 we were named after the laureate Nobel Prize, academician Ivan Petrovich Pavlov, and in 1994 the Institute was transformed into a University and received the name St. Petersburg State medical University named after academician I.P. Pavlova. In 2013, such a significant word “First” was returned - this is how the University received its modern name - the First St. Petersburg State Medical University named after academician I.P. Pavlova.

In the 1930s, the Chemical-Pharmaceutical and Pediatric Institutes were separated from 1 LMI into independent universities. At the same time, a project for the construction of new buildings and laboratories was developed. However, the Great Patriotic War prevented the implementation of these plans. During the years of the heroic defense of Leningrad, the institute did not stop teaching, medical and scientific work, its graduates fought on the fronts of the Great Patriotic War. We sacredly honor the names of the victims. In 1985, in the park of the institute, on the site where the unexploded bomb lay, a monument to the fallen doctors was erected.

“There was no official competition for the designs of the clinic building. Of the 4 sketches received privately, the sketch of Prof. Nyström from Helsingfors seemed to Martha Ludvigovna and us the most successful. This project of a very authoritative scientist and famous architect in Finland, an honorary member of our Academy of Arts, was approved at the meeting Construction Committee.

The construction was carried out and completed under the guidance of prof. Nyström. The architect of the Institute, Georgy Ivanovich Merts, was invited as his deputy. The construction contractor was Mr. Massinen from Vyborg. Supervised the work on site by technician Sten, supplied by the contractor.<...>

The main facade of the clinic building, along which the patient rooms are located, faces south; side facade to the west; auditorium and operating theater to the north and east. Between the clinic building and Arkhireiskaya Street, onto which the main facade faces, there is a garden.

In the basement there is: a wardrobe for students, a room for steam boilers serving central heating, as well as sterilization equipment; Devices for central ventilation are also located here. Then, next to the coal cellar, there is a room for animals. In the basement, with a completely separate entrance, there is a room for dirty linen, which comes here through the shaft from the hospital departments.

The first floor is occupied by an outpatient clinic with a separate entrance from the street. The outpatient clinic consists of a small lobby, a very spacious waiting room, a dressing room and an operating room. Part of the corridor is adapted as a dressing room for patients entering the dressing room. Next to the waiting room there is also a room for applying plaster casts and a room intended for massage, electrification, hot air treatment, etc. The outpatient clinic has its own restrooms and a door to the dirty laundry shaft.

The main entrance to the clinic is located on the side facade. Here, as already mentioned, there is a wardrobe for students who, bypassing the first floor, enter their premises on the second floor. In the room on the first floor, students do not enter at all. There is a lobby for the clinic’s medical staff; Along the corridor there are: a professor's office, a library for doctors, a laboratory for doctors, consisting of 2 rooms, an X-ray room with a dark room and a room for endoscopy. The last two rooms are located here in a central location to make them accessible to outpatients. The operating department is located on the first floor. The patient is brought here by elevator from the hospital premises located on the 2nd and 3rd floors. From the preparatory room, in which the patient can be disinfected and anesthetized, he is transferred, depending on need, either to the operating room or to the auditorium. On the other side of the small corridor there is a sterilization and preparation room dressing material. As for the audience, it is adapted not only for giving lectures and demonstrations, but also for performing operations in it, for I am of the opinion that patients attending a lecture and undergoing operations, if possible, should be operated on throughout the course. The amphitheater itself is made of reinforced concrete and the whole can be washed. The space behind the amphitheater, completely isolated from the audience, has been utilized partly for a museum, partly for an instrumental room. The light falls into the audience (from the listeners) from behind and from above; artificial lighting, ceiling and side, with a total intensity of about 7,200 candles. The burial vaults are located in the auditorium itself and in the operating room, since the staff should, in my opinion, be disinfected, as far as possible, in front of the listeners.

The students do not enter the circle in which the operations are carried out at all, but enter the audience from above from the second floor. There is a fairly spacious entrance hall for them, a small tea room, a laboratory right opposite the stairs and their own restroom. Entrances to the auditorium from the antechamber. Thus, the listeners enter the auditorium and laboratory, bypassing the hospital, where only the curators enter; Once again, only curators and their patients are allowed into the operating rooms. I consider it highly desirable to isolate the large mass of female listeners as such from the hospital, as well as from the operating rooms.

The hospital premises are located on the 2nd and 3rd floors, with 25 patients in each (men's and women's departments), which are distributed in 3 wards for 6 people, 2 wards for 2 people, and 3 wards for 1 person. Each floor has its own dressing room, a room for the nurse on duty, a linen room, a bathroom, a washroom and a lavatory; a room for storing and washing bedpans, a small room for brushes and rags, a shaft for lowering dirty linen, and finally, a pantry room, where food brought from the central kitchen of the Peter and Paul Hospital is taken up the elevator. Expanded parts of the corridor are used for daytime stay of patients. From the landing of the back staircase we get to an open veranda for patients and a small balcony for cleaning blankets, pillows, etc. On the landing of the back staircase, in the outer wall there is a small storage for ice.

On the third floor, the hospital premises are located completely similar to the second floor: there is also a senior assistant’s office, a doctors’ duty room and a room for duty listeners. As for the air content in rooms for patients, they are calculated at 3.44 cubic meters. soot per bed in general wards and 4.1 and 6.6 cubic meters. in separate ones. The furnishings of hospital premises may be simple, but solid. Beds with good springs, nickel plated, mobile on high wheels. Beds from the company Konrad and Yarnushkevich. The furniture is wooden, painted in white oil paint, the tables are mostly covered with linoleum. Furniture from the Petrov company. The floor in the hospital premises is linoleum on concrete. In operating rooms, corridors, bathrooms, restrooms, etc. from metlakh tiles. The lighting in the rooms is ceiling-based, semi-indirect; There is a standby light for the night. Light alarm, i.e. Each bed has an electric bell, which, in addition to a single ring in the corridor, lights up a red light above the door of the room, which goes out only when it is turned off by a sister or nurse entering the room. Premises for day care of patients are furnished somewhat more decoratively than hospital wards.

The fourth floor is distributed as apartments or, better said, as rooms for employees: intern doctors, nurses, nurses and, completely separately, ministers and doormen. Special attention Marta Ludvigovna was drawn to the cozy atmosphere of the doctors’ and nurses’ rooms. The heating of the entire building is central - water. The radiators are ordinary, quite accessible to cleaning; in operating rooms, the front wall of the radiator is completely smooth, level with the wall. The glass lanterns above the auditorium and operating room have their own system of steam pipes, served by a separate steam engine, which makes it possible to quickly raise the temperature to the height required in these rooms during operations; In addition, it protects the glass roof from the deposition of snow and ice on it, and also prevents the formation of water droplets on the inner surface of the glass roof.

Ventilation is central with an influx of fresh, warmed and humidified air and with appropriate artificial exhaust. Using an electric motor, outside air is forced through paper filters into 2 chambers, where they are heated by appropriate radiators to the desired temperature, humidified and penetrates the air channels through which it is distributed throughout the building. The hood is again using an electric motor located in the attic. Inflow and exhaust are in full compliance. For example: wards with 6 beds receive 30 cubic meters. soot fresh air at 1 hour, i.e. 5 cu. soot on the bed and stretches out the same amount per hour. Only in operating rooms more air enters than is extracted. For example: 30 cubic meters enter the operating room. soot per hour, the hood is only 22 cubic meters. soot In other words, the famous Überdruck exists in these premises; arranged to prevent air from entering from adjacent rooms. Heating and ventilation are arranged in St. Petersburg. Metal factory. Electric lighting; its installation, as well as the light alarm, is from Kolbe. In the laboratories, in the sterilization room, and also on the stairs, there is, in addition to electricity, gas. All floors of the clinic are connected to each other by telephones. Sterilization devices have their own steam engine and consist of a large chamber for sterilizing dressings and linen with flowing saturated steam under a pressure of 0.5 atmospheres; In reserve there is a second sterilizer for dressing material, heated by gas. Next in the sterilization room there is a chamber for sterilizing dishes with dry heat, an apparatus for sterilizing physiological salt solution with thermoregulation, and, finally, a device for distilling water. Schimmelbusch's apparatus for boiling instruments in all operating rooms and dressing rooms are adapted for steam; The same ones, in reserve, are available for gas and electricity.

Water, cold and hot, for all washbasins in operating rooms and dressing rooms is boiled by steam in 2 tanks located on the fourth floor. The pipes to the washbasins are blown with steam before the water enters. All sterilization devices and washbasins are from the renowned company Lautenschlägerr in Berlin; staged by engineer M.V. Zif. The plumbing work and gas wiring were carried out by Steglau. The bathrooms have facilities for warming linen; Each bath has an electric bell in the corridor. As for the equipment and furnishings of the clinic, here too M. L. Nobel-Oleinikova took on most of the expenses with the extremely kind assistance of her mother Edla Konstantinovna Nobel, who donated all the linen needed for the clinic, her sister Ingrida Ludvigovna Alquist (garden arrangement and furnishings premises for day care of patients); her brothers Emanuel Lyudvigovich (grid in front of the clinic building); Rolf Ludvigovich (elevator for patients); Emil Ludvigovich (beds); Gustav Ludvigovich (setting up a laboratory for female students). Ms. Carlson donated a certain amount for the construction of the X-ray room, for which there is only a room so far. Here I consider it a pleasant duty to note the very significant assistance in equipping the clinic, which she kindly provided us with her enlightened advice and vast experience elder sister Kaufman Community A.P. Filippov. Let me express my deep gratitude to all these people on behalf of the Women’s Medical Institute for their warm and generous participation in setting up the clinic. In addition to these generous donations, the City Public Self-Government provided us with great assistance in equipping the clinic, which at the same time serves as a hospital for city patients, allocating 12,356 rubles for equipment. The Women's Medical Institute also took a significant part in equipping the clinic, allocating 15,000 rubles. to the sterilization device with all its accessories. As for the cost of the new clinic, the entire construction cost 350,000 rubles. Of these, 279,200 rubles were spent on the actual construction; for equipment 55,500 rub. and for the construction of a garden, roads, lattice, concrete fence, etc. 15,300 rubles"

(Tseidler, G.F. Speech given at the opening of the Faculty Surgical Clinic. -

Here are the administration of the academy, the dean's office of FPTL and selection committee. This building usually hosts special events, scientific conferences and open days. There is a book kiosk on the ground floor where students and applicants can purchase the necessary educational literature and methodological manuals.
From Art. From the Petrogradskaya metro station you can get there by passing one stop on trolleybus No. 34 or by buses No. 1, No. 25, No. 46.
The administrative building can also be reached on foot, moving along Kamenoostrovsky Avenue. Such a walk will take you about 10 minutes.

2. Academic buildings: Professor Popova, 4, 6

These buildings house the main teaching laboratories of the academy. In house number 6 there is a student cafe. The easiest way to get to the training halls is on foot.

3. Department of Biotechnology and Microbiology: Kazanskaya street, 12

The easiest way to get to them is from the station. Nevsky Prospekt metro station, exit to the Griboyedov Canal.

4. Dormitory: st. X-ray, no. 21

The road from the academy to the hostel takes 15-20 minutes and runs along the educational buildings of the First Medical Institute named after. Pavlova.