Until now, a variety of synthetic as well as natural biopolymers have been used to date for the preparation of fibrous scaffolds by electrospinning [8, 9].
While the use of both carbon and oxygen based aryl substituents has been explored, to date the preparation of benzylidene carbene complexes containing oxygen based aryl substituents has been exploited to a greater degree since these systems carry more immediate synthetic importance.
With reference to the Malaysian context, to date, including during the preparation of this manuscript, little published data regarding the epidemiology of CRE and CRKP was readily available.
To date, the preparation of inorganic nanostructures with controlled shape, composition, and desired functions has been explored for the application to biomedicine, catalysts, and energy storages [1 3].
To date, the preparation of enzyme-MOF composites can be divided into three categories, including physical adsorption, covalent conjugation, and coprecipitation.
The broth microdilution panels for the reference method were prepared at each CC in accordance with the CLSI M27-A2 document [ 11] and literature data for the two echinocandins [ 13], stored at -80°C and used for testing within 6 months of the preparation date.
The solutions were kept in the refrigerator and could be used for 15 days from the date of preparation.
Concentration analyses were performed for one batch at approximately 3 months after the date of preparation and another batch at approximately 1 year.
The solutions were stored in a refrigerator below 8°C and used for 15 days from the date of preparation.
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