Emily Draper - Profile and Journalist Details
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Emily Draper
Verified
Deputy Editor, AA Directions
Auckland
Beats
Arts, Mental Health , LGBTQIA+, Travel, Lifestyle
health, mental health, anything not specifically listed above
Content
By Simona Bianco, Emily Draper Verified, Giacomo Picci, Jessica Milia| Royal Society of Chemistry Verified Squaramide-based supramolecular gels for the removal of organic dyes from water matrices A novel family of symmetric squaramide-based LMWGs has been synthesised, both functionalized with dansyl moieties and alkyl chain spacers of different length (n= 3, n = 4 named L1 and L2, respectively). L1 and L2 are able to form hydrogels in DMSO: H2O mixture in different ratios and concentrations.
Can we mimic 3D printing of low molecular weight gels using a rheometer? - a characterisation toolkit for extrusion printed gels
By Emily Draper Verified| Royal Society of Chemistry Verified Can we mimic 3D printing of low molecular weight gels using a rheometer? – a characterisation toolkit for extrusion printed gels 3D printing hydrogels from low molecular weight gelators (LMWGs) continues to attract notable interest, with many potential applications. One of the main issues with 3D printing is the difficulty characterising these gels after printing. Currently, the understanding of whether these bulk rheological properties are maintained upon printing is limited.
By Simona Bianco, Emily Draper Verified, Giacomo Picci, Jessica Milia| Royal Society of Chemistry Verified Squaramide-based supramolecular gels for the removal of organic dyes from water matrices A novel family of symmetric squaramide-based LMWGs has been synthesised, both functionalized with dansyl moieties and alkyl chain spacers of different length (n= 3, n = 4 named L1 and L2, respectively). L1 and L2 are able to form hydrogels in DMSO: H2O mixture in different ratios and concentrations.
Company Info
AA Directions