Our research activity focuses on the development of advanced molecular diagnostics technologies and point-of-care devices for early detection and management of diseases. Our highly multidisciplinary research activities combines the fundamental and translational studies at the interface between chemistry, physics, nanotechnology, and biology.
148
Publications
$7.0M
Total Funding
5390
Citation Count
558
Verified Review
Latest Research
Portable instrument for quantification and genotyping of waterborne pathogens

The project aims to develop a novel, affordable, portable, on-site diagnostic device for the rapid and accurate detection of waterborne parasites in drinking and recreational water.

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Portable instrument for quantification and genotyping of waterborne pathogens
Nanomachineries for Exosomes and Exosomal Biomarkers Analysis

The Shiddiky Laboratory is pursuing studies of the development of multifunctional magnetic nanomaterials based novel nanomachineries for the highly selective isolation and sensitive detection of exosome and exosomal biomarkers in patients with cancer and other diseases.

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Nanomachineries for Exosomes and Exosomal Biomarkers Analysis
‘Metal-Biomolecules’ Affinity Interaction for Genetic, Epigenetic, and Proteomic Biomarkers

A novel platform method based on metal-biomolecules affinity interaction (i.e., adsorption) for the analysis of a range of genetic, epigenetic, and proteomic biomarkers in patients with cancers and other diseases. This method can overcome the major technological drawbacks in current biosensing approaches.

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‘Metal-Biomolecules’ Affinity Interaction for Genetic, Epigenetic, and Proteomic Biomarkers
Twitter Feed

My annual Google Scholar citations reached 1200 today, exceeding last year’s 1199 citations (career total 6,000 citations). Thanks to my students, collaborators, and funding agencies to support this incredible journey. https://www.linkedin.com/posts/muhammad-j-a-shiddiky-075b3225_my-annual-google-scholar-citations-reached-activity-6856071426995318784-IEbo

.@GRIDD_GU researchers have designed an inexpensive way of detecting #ovariancancer and other diseases using magnetised nanobeads #cancerresearch @GU_Sciences @Shiddiky_Aus: http://ow.ly/YJIx50FmkQV

A platform method for detecting cancer biomarkers is published. Here, we bioengineered cell factories to assemble nanobeads with magnetic properties that used to isolate cancer markers from bodily fluids. @GU_Sciences @Griffith_Uni @narshone
https://pubs.acs.org/doi/10.1021/acsami.1c05355

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