Find medical services in Osh, Kyrgyzstan. Get details on the city's main hospitals, their departments, specialist doctors, and contact info for patient appointments.

Osh Kyrgyzstan Healthcare A Directory of Major Hospitals and Medical Centers

For urgent cardiological or trauma-related intervention in the Fergana Valley region of Kyrgyzstan, the primary destination is the Regional Clinical Establishment. Its emergency reception department operates continuously, and the intensive care unit is equipped with modern patient monitoring systems and ventilators, ensuring immediate support for critical conditions. Patients requiring specialized neurological assessment are directed to the on-site department, which has direct access to advanced diagnostic imaging.

The facility's surgical wing is composed of five distinct operating theaters, featuring a specialized unit for minimally invasive laparoscopic procedures. This focus on modern surgical techniques reduces recovery periods for patients. The diagnostic center contains a 1.5 Tesla magnetic resonance imaging machine and a 64-slice computed tomography scanner, which has decreased the average wait time for non-emergency scans to under 48 hours.

This medical complex functions as a key referral center for the entire southern territory, accepting patients from the adjacent Batken and Jalal-Abad provinces. With an inpatient capacity exceeding 600 beds and a professional staff of nearly 1,200 individuals, the institution handles a substantial volume of cases. Annually, its surgeons perform more than 8,000 operations, ranging from routine appendectomies to complex orthopedic reconstructions.

Hospital Occupational Safety and Health

Mandate the use of safety-engineered medical devices, such as retractable needles and shielded catheters, for all procedures. A facility-wide policy must prohibit the recapping of used needles by hand.

Preventing Musculoskeletal Disorders

• Implement a zero-lift policy, utilizing mechanical lifts, transfer boards, and slide sheets for all patient transfers. Manual lifting is restricted to exceptional circumstances.


• Conduct ergonomic assessments for all workstations, including nursing stations, laboratories, and sterile processing areas, every 24 months.


• Provide annual, hands-on training for all patient-handling staff on the correct operation of lift equipment and patient repositioning techniques.

Biological Hazard Control

1. Enforce correct Personal Protective Equipment (PPE) selection based on the specific pathogen's transmission route. For airborne precautions, require N95 respirators or higher, individually fit-tested for each employee annually.


2. Maintain negative pressure ventilation in all airborne infection isolation rooms (AIIRs), verifying a minimum of 12 air changes per hour (ACH).


3. Establish a clear post-exposure prophylaxis (PEP) protocol. After a potential bloodborne pathogen exposure, the affected employee must receive a medical evaluation and initial treatment, if indicated, within two hours.

Managing Chemical Exposures

• Ensure Safety Data Sheets (SDS) for all hazardous chemicals are digitally accessible from any terminal within the medical institution.


• For personnel handling sterilizing agents like glutaraldehyde or ethylene oxide, mandate the use of nitrile gloves and splash-proof goggles. These work areas must be equipped with local exhaust ventilation.


• Prepare all cytotoxic drugs (chemotherapy agents) in a Class II, Type B2 biological safety cabinet to protect personnel from aerosolized particles and vapors.

Workplace Violence Prevention Program

• Perform an annual worksite analysis to identify security risks, focusing on the emergency department, psychiatric units, and waiting areas.


• Install and maintain panic buttons or personal alarm systems for staff in high-risk locations. Test these systems quarterly.


• Train employees in de-escalation techniques and emergency response procedures for aggressive behavior. Conduct active threat drills semi-annually in collaboration with security personnel.

Step-by-Step Protocol Following a Needlestick Injury

Gently encourage the wound to bleed by holding it under running water; do not squeeze or vigorously scrub the area. Wash the puncture site with soap and water for a minimum of five minutes. Avoid applying caustic agents like bleach or iodine directly to the wound, as this can damage tissue.

Report the incident to your direct supervisor and the designated exposure response coordinator. Complete an official exposure report form within two hours. Document the precise date, time, location, brand and type of sharp device, and the specific medical procedure being performed.

With informed consent, the source patient's blood must be drawn for testing. The required panel includes a rapid Human Immunodeficiency Virus (HIV) antibody test, Hepatitis B surface antigen (HBsAg), and Hepatitis C virus (HCV) antibody test. These results determine the course of action.

The exposed individual must provide a baseline blood sample for serological testing. This sample is analyzed for HIV, HBsAg, and anti-HCV. Your Hepatitis B vaccination record and anti-HBs titer level are reviewed to confirm immunity.

If the source patient is HIV-positive or their status is unknown, begin post-exposure prophylaxis (PEP) for HIV. This medication regimen must start within 2 hours of the incident and no later than 72 hours after. A standard 28-day, three-drug antiretroviral course is prescribed.

For a Hepatitis B exposure in an unvaccinated or non-immune person, a dose of Hepatitis B immune globulin (HBIG) is administered concurrently with the first shot of the Hepatitis B vaccine series. No prophylaxis is available for Hepatitis C; subsequent monitoring is the established procedure.

A schedule of follow-up blood tests is required. For potential HIV exposure, testing is repeated at 6 weeks, 3 months, and 6 months. For HCV, nucleic acid testing is performed at 3-6 weeks, followed by an antibody test at 4-6 months. For HBV, an anti-HBs test is conducted 1-2 months after the final vaccine dose to verify seroconversion.

Applying Ergonomic Principles for Patient Lifting and Transfers

Eliminate manual lifting of fully dependent individuals by mandating the use of mechanical aids. For any patient transfer exceeding 35 pounds (15.9 kg) of a person's body weight, a lifting device is required. Ceiling-mounted lifts offer the greatest reduction in spinal load for caregivers. Portable floor-based lifts are an alternative when structural installations are not feasible. These devices should be used for all bed-to-chair, chair-to-toilet, and floor-to-bed transfers of non-ambulatory persons.

Before every transfer, conduct a mobility assessment. Determine the patient's weight-bearing capacity, their ability to follow instructions, and their level of cooperation. Use a standardized scale to categorize the patient's dependency level. This assessment dictates the selection of equipment and the number of staff required for the maneuver. For example, a person who can bear weight but has poor balance may require a sit-to-stand device rather than a full-body sling lift.

For lateral transfers, such as moving a person from a gurney to a bed, utilize friction-reducing devices. Slide sheets, made of low-friction fabric, can reduce the force needed to move a person by over 60%. Position the sheet by log-rolling the patient, placing the folded sheet along their spine, and then rolling them back onto it. This technique minimizes shearing forces on the patient's skin and reduces the physical exertion for the care team.

When performing an assisted repositioning, maintain a wide base of support with feet shoulder-width apart and one foot slightly forward. Keep the patient's body as close to your own center of gravity as possible, ideally within 8-10 inches (20-25 cm). Bend at the hips and knees, not the waist, to engage leg muscles for the lift. Avoid twisting the torso; pivot with your feet to change direction. This posture maintains a neutral spine and directs force through the large muscles of the legs.

Coordinate all team-based transfers with a designated leader. The leader is responsible for explaining the plan to the team and the patient, and for giving the command to move. Use a clear, audible count, such as "Ready, set, slide." All personnel must verbally confirm they are prepared before the movement begins. This synchronization prevents asynchronous movements that can cause sudden, uneven loading and injury to both staff and the person being moved.

Guidelines for Handling and Disposing of Hazardous Chemicals

Immediately verify chemical identity against the manifest upon receipt. Consult the Safety Data Sheet (SDS) before first use for specific handling protocols. Store chemicals in designated, well-ventilated cabinets, segregated by compatibility class. Acids must be kept separate from bases; oxidizers away from flammable materials. All containers, including secondary ones for daily use, require clear labeling with the chemical name, concentration, and hazard pictograms.

Use nitrile or neoprene gloves, not latex, when handling solvents and corrosive agents. Chemical splash goggles are mandatory when pouring or mixing liquids. A properly fitted respirator with the correct cartridge type is required for tasks involving volatile organic compounds like formaldehyde or aerosolized substances. Wear https://betfair-login.info -resistant, long-sleeved lab coat, fully buttoned, to protect skin and personal clothing.

Do not mix different chemical waste streams. Halogenated solvents must be collected separately from non-halogenated solvents. Cytotoxic waste, including contaminated vials and personal protective equipment, must be placed in designated, puncture-proof containers, typically yellow or purple, labeled with the cytotoxic symbol. Dispose of mercury-containing devices, such as older thermometers or sphygmomanometers, through a certified hazardous waste vendor; never discard them in general or biomedical waste.

In case of a spill, evacuate non-essential personnel from the immediate area. Use a spill kit with appropriate absorbents–vermiculite or specialized pads–to contain the liquid. For acid or base spills, apply a neutralizing agent from the outside of the spill inward to prevent splashing. Report all spills, regardless of size, to the designated workplace safety officer for documentation and review.