Research
Hamza Mbareche has written 30 articles for peer-reviewed scientific publications.
As a recognized expert in his discipline, Hamza has also reviewed 39 publications for 26 peer-reviewed journals, many of them regarding Next-Generation Sequencing studies.
He also wrote a chapter in the Encyclopedia of Mycology book about Next-Generation Sequencing in environmental mycology.
Explore Hamza’s work and research with the links below:
2018/11/15
Bioaerosol studies aim to describe the microbial content and increase understanding of the aerosolization processes linked to diseases. Air samplers are used to collect, identify, and quantify bioaerosols. Studies comparing the performances of air samplers have typically used a culture approach or have targeted a specific microorganism in laboratory settings….
Bioaerosol sampling and detection methods based on molecular approaches: No pain no gain
2017/12/1
Science of the Total Environment
Bioaerosols are among the less studied particles in the environment. The lack of standardization in sampling procedures, difficulties related to the effect of sampling processes on the integrity of microorganisms, and challenges associated with the application of environmental microbiology analyses and molecular and culture methods frighten many young scientists…
2017/12/1
Science of the Total Environment
Composting is used all over the world to transform different types of organic matter through the actions of complex microbial communities. Moving and handling composting material may lead to the emission of high concentrations of bioaerosols…
Field sampling of indoor bioaerosols
2020/5/3
Aerosol Science and Technology
Because bioaerosols are related to adverse health effects in exposed humans and indoor environments represent a unique framework of exposure, concerns about indoor bioaerosols have risen over recent years. One of the major issues in indoor bioaerosol research is the lack of standardization in the methodology…
2021/5/1
American Journal of Respiratory and Critical Care Medicine
Objectives: To quantitatively compare viral dispersion from invasive and noninvasive respiratory support modalities…