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Guardian of the genome: the TP53 gene
Read Stephanie Qin’s article on how the TP53 gene plays a critical role in tumor suppression, making it a key target for cancer treatments. Read more
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Presenting plasmids: tools driving genetic engineering
Plasmids, small DNA molecules found in bacteria, are crucial in genetic engineering, enabling gene manipulation and transfer. Read more
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Subculturing: a strategy for success
Read Isabella Haslinger Johnson’s explanation of subculturing: a technique transferring cell cultures to new containers to provide more space for growth. Read more
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ELISpots: envisioning the immune response
Read Carmen Reed’s spotlight on how ELISpot assays unlock immune reactions by detecting specific white blood cells, aiding vaccine and treatment research. Read more
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Glowing green: shedding light on GFP
Read Ethan Jing’s breakdown on how Green Fluorescent Protein (GFP), a vital tool in biological research, allows the visualization of cells and gene expression in organisms. Read more
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Engineering a bacterial dental paste to prevent cavity formation
Western Reserve Academy’s BioBuilder team theorizes that bacterial products of Streptococcus salivarius M18 may prevent cavity formation, creating a dental paste that decelerates cavity development. Read more
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