- Biologia Molecular
- Imunologia
- Psiquiatria Biológica
- Avaliação publicada
- Servidor de preprints
- Preprints.org
Mohamed Esmat Mohamed
- ORCID iD
- 0009-0000-3051-5492
- Etapa da carreira
- Inicial
- Interesses de pesquisa
- Immunology, Epigenetics, Bioinformatics, Transcriptomics
- Localização
- Egypt
- Idiomas
- English
Avaliações PREreview
-
Mohamed Esmat Mohamed revisou Immune Cells Harbor Their Own Microbiome-Derived Metabolome: A New Layer of Immunometabolic Regulation -
Mohamed Esmat Mohamed revisou Prevalence of Fatigue Among Inflammatory Bowel Disease Patients at a Tertiary Center in Saudi Arabia - Genética
- Reumatologia
- Avaliação publicada
- Servidor de preprints
- Preprints.org
-
Mohamed Esmat Mohamed revisou The Immune-Metabolic Axis in Atherosclerosis: Decoding the Influence of Gut Microbiota and Microbiota-Derived Metabolites - Biologia Molecular
- Periodontia
- Ciência dos Alimentos
- Avaliação publicada
- Servidor de preprints
- Preprints.org
-
Mohamed Esmat Mohamed revisou FOXA2 potently represses viral gene expression by targeting NF-κB–dependent transcription in liver cells - Biologia Molecular
- Pesquisa em Câncer
- Avaliação publicada
- Servidor de preprints
- bioRxiv
-
Mohamed Esmat Mohamed revisou The Role of Microbiome and Diet on Disease Activity and Immune Inflammatory Status in Rheumatoid Arthritis - Reumatologia
- Biologia Molecular
- Ciência das Plantas
- Avaliação publicada
- Servidor de preprints
- Preprints.org
-
Mohamed Esmat Mohamed revisou O-GlcNAcylation: A Nutrient-Sensitive Metabolic Rheostat in Anti-Viral Immunity and Viral Pathogenesis - Biologia Molecular
- Imunologia
- Avaliação publicada
- Servidor de preprints
- Preprints.org
-
Mohamed Esmat Mohamed revisou Joint analysis of human retroelements-linked histone modification profiles reveals quickly evolving molecular processes connected with cancer - Biologia Molecular
- Avaliação publicada
- Servidor de preprints
- bioRxiv
-
Mohamed Esmat Mohamed revisou Subcellular Localization Constrains Protein Detectability and Reveals Systematic RNA-Protein Discordance Across Cancers - Biologia Molecular
- Espectroscopia
- Avaliação publicada
- Servidor de preprints
- bioRxiv