Fluorescence microscopy of engineered cell spheroids

Postdoctoral Research Fellow

Dr Md Shafiullah Shajib

Manufacture and cryopreservation of cartilage microtissues and tumour spheroids as standardised, assay-ready three-dimensional tissues.

School of Biomedical Sciences, The University of Queensland · Brisbane, Queensland, Australia

Portrait of Dr Md Shafiullah Shajib

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Citations

282 since 2021

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h-index

11 since 2021

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i10-index

11 since 2021

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Publications

journal articles and thesis

About

Translational research from bench chemistry to engineered tissue

Biomedical scientist working at the intersection of tissue engineering, stem cell biology and pharmacology. My work develops manufacturing and cryopreservation processes for cartilage microtissues and tumour spheroids — off-the-shelf, highly reproducible 3D tissues ready for regenerative therapy research and drug screening. Earlier training in natural product chemistry and behavioural pharmacology underpins a translational approach spanning bench chemistry to preclinical models.

Areas of expertise

  • Tissue engineering
  • Cell therapy
  • Organoids & spheroids
  • Cryopreservation
  • Mesenchymal stromal cells
  • Chondrogenesis
  • Drug screening assays
  • Behavioural pharmacology
  • Pain & antinociception
  • Natural product chemistry
  • GC-MS / phytochemistry
  • Toxicology

Research focus

Making three-dimensional tissues reproducible

Cartilage microtissue held by fine tweezers
01

Microtissue & organoid engineering

Microwell platforms for generating arrays of uniform cartilage microtissues, tumour spheroids and humanised bone marrow micro-ossicles at scale.

Cryovials containing frozen microtissues
02

Cryopreservation science

Processes that freeze and revive 3D tissues without loss of phenotype, yielding ready-to-use products for direct deployment in assays and therapy pipelines.

Safranin-O stained cartilage matrix
03

Cartilage repair & chondrogenesis

How TGF-β1, BMP-2 and GDF-5 signalling steers bone-marrow stromal cell fate, and how collagen network damage limits cartilage tissue integration.

Natural-product isolation on the laboratory bench
04

Pharmacology & natural products

Antinociceptive, neuropharmacological and antioxidant characterisation of plant-derived compounds, including isolation of polymethoxyflavones and catechin.

Publications

Selected peer-reviewed work

Further publications

Background

Training and appointments

  1. Present

    Postdoctoral Research Fellow

    School of Biomedical Sciences, The University of Queensland

    Research on engineered microtissues and cell-based models; available for HDR student supervision.

  2. 2022 –

    Scientist, Toxicology

    Agilex Biolabs, Brisbane

    Preclinical toxicology laboratory appointment, as recorded on ORCID.

  3. 2023

    PhD, Biomedical Sciences

    Queensland University of Technology

    Thesis: Cryopreservation and utility of cancer organoids and cartilage microtissues. Supervised by Michael Doran, Ross Crawford and Travis Klein.

  4. 2019 – 2022

    Animal Technician, Toxicology

    TetraQ, Brisbane

    Preclinical toxicology support during doctoral training.

  5. 2021 – 2022

    Sessional Academic

    School of Biomedical Sciences, Queensland University of Technology

    Teaching assistant in biomedical sciences.

  6. 2016 – 2018

    Research Assistant, then Associate Researcher

    Molecular Pharmacology and Herbal Drug Research Laboratory, University of Dhaka

    Isolation and preclinical evaluation of plant-derived compounds for pain, neuropharmacology and metabolic disease.

  7. 2015 – 2016

    Research Student

    Pharmaceutical Sciences Division, BCSIR

    Natural-products research training in Dhaka.

  8. 2014 / 2016

    BPharm and MPharm

    Stamford University Bangladesh

    Undergraduate and master’s training in pharmacy.

Contact

Collaboration and supervision enquiries

Currently available to supervise higher-degree research students and open to collaborations in tissue engineering, cell therapy and preclinical pharmacology.

Phone
+61 7 344 34927
Based in
Brisbane, Queensland, Australia