Tebelay Dilnessa
C.0 AIDS and HIV    C.1 Allergy and Clinical Immunology    C.8 Medical Diagnosis    C.16 Medical Research    C.27 Viral Diseases    E.8 InterdisciplinaryK.1 Clinical Laboratory Science AIDS and HIV Viral Diseases Clinical Laboratory Science Severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) Methicillin-resistant Staphylococcus aureus Staphylococcus aureus Antimicrobial Resistance in Staphylococcus Infections and bacterial resistance Gram-positive bacterial infections Ocular Infections and Treatments Mycobacterium research and diagnosis Vaccine-preventable diseases Retrospective cohort study Agar diffusion test Multi-drug-resistant tuberculosis Extensively drug-resistant tuberculosis Drug resistant tuberculosis Acinetobacter baumannii Pseudomonas aeruginosa Mycobacterium tuberculosis complex Mycobacterium tuberculosis Water quality Fecal contamination and water quality Endocrinology Epidemiology Infectious Diseases Ophthalmology Surgery Water Science and Technology

Bio

Tebelay Dilnessa is a dedicated medical laboratory scientist and researcher based in Ethiopia. He holds an MSc in Diagnostic and Public Health Microbiology from Addis Ababa University and is currently affiliated with the Department of Medical Laboratory Sciences at Debre Markos University. His research focuses on microbiology, infectious diseases, tuberculosis, and immunization, with over 26 publications and 665 citations to his name. He serves as an Academic Editor for PLOS ONE and has contributed to numerous studies on antimicrobial resistance, water quality, and public health. His work has been recognized with an h-index of 11 and an i10-index of 11, reflecting his growing impact in the field.

Educational Journey

Addis Ababa University

MSc in Diagnostic and Public Health Microbiology in Medical Laboratory Sciences • Medical Laboratory Sciences

2014

MSc in Diagnostic and Public Health Microbiology

Experience

Mr.

2015 - Present • Medical Laboratory Sciences

Editors Role

Academic Editor

PLOS ONE

2022 - Present

Affiliations

PLOS ONE

Academic Editor

Member since 2022

Research

Microbiological, Physical and Chemical Quality of Swimming Water with Emphasize Bacteriological Quality

Article September 2, 2016

Recreational use of inland and marine waters is increasing in many countries. It is estimated that foreign and local tourists together spend many days annually at coastal recreational resorts. Swimming is considered to be a healthy leisure activity for both the young and old. Swimming is even advised as the most appropriate sport for asthmatic children, mainly on the grounds that inhaling moist air is less conducive to triggering exercise-induced asthma. Swimming pools may be supplied with fresh, marine or thermal water. Swimming pools may be located indoors, outdoors or both; they may be heated or unheated. Swimming pools can be categorized as public, semi-public, and residential pools. A quality of swimming water takes into account physical, chemical and microbiological quality information and shall be maintained these water quality standards at all times. Pool water clarity must be maintained in a clean, clear condition so that a 150 mm diameter matt contrasts with the color of the bottom of the swimming pool, is clearly visible when viewed through the pool water at the deepest part of the swimming pool. There must have a minimum chemical criterion by which a swimming pool should be operated to minimize health risks to bathers to acceptable levels. The microbiological quality of water must not present risk to the health of bathers. A variety of microorganisms can be found in swimming pools, which may be introduced in the pool water in a number of ways. In many cases, the risk of illness or infection has been linked to fecal contamination of the water, due to feces released by bathers or contaminated source water or, in outdoor pools, may be the result of direct animal contamination. If swimming pool is not managed properly, bathers acquire bacterial, viral, parasitological and fungal infection. To minimize/avoid these risks of infection a variety of disinfection techniques are used. Disinfection methods include filtration to remove pollutants, disinfection to kil