Cell surface glycosylation is required for efficient mating of Haloferax volcanii

Keyphrases

• Archaeal 50%
• Asparagine Residue 50%
• Cell Fusion 50%
• Cell Recognition 50%
• Cell Surface Glycosylation 100%
• Changing Media 50%
• Covalent Attachment 50%
• Eukarya 50%
• Glycans 50%
• Glycoprotein 50%
• Glycosylation 100%
• Glycosylation Pattern 50%
• Haloferax Volcanii 100%
• Halophilic Archaea 100%
• Horizontal Gene Transfer 50%
• Knock 50%
• Mate Preferences 50%
• Mating Success 50%
• Mating System 50%
• Molecular Mechanism 50%
• N-glycosylation 50%
• Post-translational Modification 50%
• Speciation Process 50%
• Surface Layer 50%
• Surface Proteins 50%
• Three Domains of Life 50%

Immunology and Microbiology

• Archaeal Cell 20%
• Cell Fusion 20%
• Cell Surface 100%
• Eukaryote 20%
• Glycan 20%
• Glycoprotein 20%
• Glycosylation 100%
• Haloferax volcanii 100%
• Halophilic Archaeon 40%
• Horizontal Gene Transfer 20%
• Mating Success 20%
• Protein Processing 20%
• Salinity 20%
• Species Differentiation 20%
• Surface Property 20%