Centre for Integrated Preclinical Drug Development

The Centre for Integrated Preclinical Drug Development (CIPDD) is a University of Queensland (UQ) Tier 2 Research Infrastructure Centre located in the School of Biomedical Sciences, the Faculty of Medicine, on the St Lucia Campus of UQ. CIPDD has purpose-built facilities and operates in accordance with the requirements of our Quality Management System. Nationally, CIPDD is one of six translational research centres that together comprise the National Collaborative Research Infrastructure Strategy (NCRIS)-funded Small Molecules Therapeutics Capability of Therapeutic Innovation Australia (TIA).

Our research at the CIPDD is undertaken in collaboration with industry and academic biomedical discovery researchers and is aimed at assisting our partners to progress their novel drug discoveries towards commercialisation. We also undertake research aimed at bringing innovation into the methods used for translational research. We have deep expertise and know-how in discovery-translation in the novel pain therapeutics field including use of these models to screen new molecules for analgesic activity and to probe the pathobiology of individual human pain conditions. Additionally, we have rodent models of triple negative breast cancer, diabetes, multiple sclerosis and lung infection. We may also establish and optimise rodent models in response to researcher request on a case-by-case basis.

The collaborative research undertaken by CIPDD personnel in collaboration with academic and industry researchers is funded by grants from competitive funding agencies such as the NHMRC, Therapeutic Innovation Australia/National Collaborative Research Infrastructure Strategy (NCRIS), and various not-for-profit organisations. We also undertake contract-funded research in collaboration with biotechnology and Pharma companies globally.

Research using the afore-mentioned rodent models of human disease is undertaken in a facility operated in accordance with our Quality Management System so that the data generated is of high quality and will be acceptable for inclusion in regulatory submissions.  Our research using these models is three-fold, namely:

  • Efficacy profiling of new molecules from drug discovery programs that have the potential to be progressed into development as novel therapeutics for human use
  • Investigation of between-model differences in pathophysiology to gain insight on differences in the pathobiology of individual human pain conditions
  • Establishment of new models of human disease in response to researcher request such as our mouse models of triple negative breast cancer and antibiotic-resistant lung infection.

Members of our highly skilled CIPDD team advise/co-advise PhD, M Biotech, Honours and Masters in Pharmaceutical Industry research students working on projects within the afore-mentioned research themes.

Therapeutical Innovation Australia (TIA) - Small Molecule Therapeutics Capability

The CIPDD (Centre for Integrated Preclinical Drug Development) is part of an integrated capability network of National Research Infrastructure that supports Small Molecule Therapeutics Discovery and Development. These facilities provide expertise and infrastructure to support leading-edge research and boost innovation across Australia. For more information, visit Therapeutic Innovation Australia's Pipeline Navigator for an interactive map of translational research capabilities accessible to researchers.

Studies conducted with CIPDD are eligible for consideration for funding by the Therapeutic Innovation Australia Pipeline Accelerator Voucher Scheme. In brief, this scheme aims to support early-stage therapeutic development projects by providing up to $50,000 with 50% matching funding (co-investment) by the applicant. 

TIA logo      NCRIS logo

QDDA

 

Our expertise

Our specialised expertise lies in the field of pain. We focus on discovery- translation and new drug development and have:

  1. a portfolio of sophisticated/refined rodent pain models that mimic individual human pain conditions
    • Studies are conducted in a purpose-built facility operated in accordance with the requirements of our Quality Management System
    • Aim: Improve preclinical to clinical research translation in the chronic pain field
  2. capabilities to establish other efficacy models in rodents upon request such as our mouse models of triple negative breast cancer and antibiotic resistant lung infection.

Our methods for efficacy testing include:

  • Pain behavioural read-outs (blinded assessments): mechanical allodynia, mechanical & thermal hyperalgesia, static weight bearing, hotplate, tail flick, burrowing, grip strength, gait analysis (CatWalk™ XT system)
  • Rotarod assessment of motor impairment
  • General health
  • Clinical signs
  • Respiratory depression
  • Constipation
  • ex vivo: IHC, molecular biological methods, etc.

We use multiple dosing routes

I.c.v., i.t., i.v. injection or infusion and blood sample collection (via Culex machine), i.p., s.c., oral by gavage, i.pl., i.d.

Our models

We currently have 16 established pain models for a range of diseases.

Neuropathic pain

  • Chemotherapy-induced peripheral neuropathy (cisplatin)
  • 2 x antiretriviral drug induced toxic neuropathy (d4T, ddC)
  • Sciatica – Chronic constriction injury of the sciatic nerve
  • Relapsing-remitting experimental autoimmune encephalomyelitis (RR-EAE)-mouse model of multiple sclerosis-induced central neuropathic pain
  • Streptozotocin (STZ)-induced rat model of painful diabetic neuropathy (PDN)
  • ZDF genetic type 2 diabetic rat model of PDN
  • Capsaicin-induced hindpaw sensitivity

Mixed neuropathic / inflammatory pain

  • 2x cancer-induced bone pain: breast and prostate

Inflammatory pain

  • Chronic low back pain
  • Monoiodoacetate (MIA)-induced rat model of knee osteoarthritis
  • i.pl. Freund’s Complete Adjuvant (FCA)-induced unilateral inflammatory pain in the rat hindpaw

Nociceptive pain

  • Post-surgical pain (Brennan model)
  • Acute pain (tail flick)
  • Acute pain (hot plate)
  • i.pl. formalin
  • Nerve block model

Other models include:

  • Multiple Sclerosis
  • Triple Negative Breast Cancer Xenograft Model
  • Antibiotic resistant lung infection

Other methods include assessment of:

  • Respiratory depression via plethysmography in awake, freely moving rats
  • Constipation in rats
    • GI motility in rats
    • Castor oil induced diarrhoea in rats

CIPDD team

 

Director

Research staff

Students

  • Pathophysiology of neuropathic pain and chronic inflammatory pain
  • Efficacy profiling of new molecules with potential as novel analgesics for treatment of neuropathic pain or chronic inflammatory pain
  • MS-associated central neuropathic pain
  • Painful diabetic neuropathy
  • Cancer chemotherapy-induced peripheral neuropathy
  • Mechanical low back pain
  • Osteoarthritis pain

Advisors/co-advisors: Professor Maree Smith, Dr Andy Kuo

Note for students: Please contact us as the research projects listed on this page are examples only. Please always feel free to contact the staff for more information, and also with your own research ideas.

Supervision

Doctor Philosophy

Doctor Philosophy

Doctor Philosophy

(2023–2028) Therapeutic Innovation Australia Limited

(2023–2026) National Multiple Sclerosis Society-US

  • Breaking drug resistance in community acquired bacterial pneumonia (CABP) (NHMRC Development grant administered by University of Melbourne)

(2022–2026) NHMRC Synergy Grants

(2022–2024) NHMRC Development Grant

(2022–2023) Argenica Therapeutics Limited

(2022–2023) Multiple Sclerosis Research Australia - Targeted Grant - Neurodegeneration

(2020–2022) Multiple Sclerosis Research Australia

(2019–2021) NHMRC Development Grant

(2019) UQ Major Equipment and Infrastructure

(2019) UQ Major Equipment and Infrastructure

(2018–2020) NHMRC Development Grant

(2018) UQ Major Equipment and Infrastructure

(2017–2018) Prince Charles Hospital Foundation

(2016–2018) NHMRC Project Grant

(2016) NHMRC Equipment Grant

(2015–2022) Australian Cancer Research Foundation

(2015–2016) UniQuest Pty Ltd

  • Novel analgesics for improved relief of cancer induced bone pain

(2015) UQ Collaboration and Industry Engagement Fund

(2014–2017) NHMRC Project Grant

(2014–2017) Therapeutic Innovation Australia Limited

(2014–2015) UniQuest Pty Ltd

(2013–2016) ARC Linkage Projects

(2013–2016) UniQuest Pty Ltd

(2013–2015) Spinifex Pharmaceuticals Pty Ltd

(2013) UQ Major Equipment and Infrastructure

(2011–2015) Queensland Government Smart Futures Co-Investment Fund

(2011–2014) Therapeutic Innovation Australia Limited

(2010–2013) ARC Linkage Projects

(2010–2013) ARC Linkage Projects

  • Development of high throughput in-vitro test methods for screening sensitization potential of industrial chemicals

(2010–2012) UQ Collaboration and Industry Engagement Fund

(2010) UQ Major Equipment and Infrastructure

(2010) UQ Major Equipment and Infrastructure

(2009–2013) Queensland Government Smart State National and International Research Alliances Program

(2009–2010) Alchemia Pty Ltd

(2008) Gallipoli Research Foundation

(2008) Diabetes Australia Research Trust

(2006–2009) ARC Linkage Projects

(2006–2007) Gallipoli Research Foundation

(2006) ARC Linkage Infrastructure, Equipment and Facilities

(2005) NHMRC Equipment Grant

(2004–2005) NHMRC Equipment Grant

(2004–2005) Griffith University

(2003) NHMRC Equipment Grant

(2002–2003) Queensland Cancer Fund

(2001–2004) Wellcome Trust

(2001–2002) Mayne Bequest Fund

(2001) Brain Research Fund

(2000) Pharmaceutical Society of Australia

(2000) Brain Research Fund

(1999–2002) Wellcome Trust

(1999) Ramaciotti Foundation

(1998–2000) NHMRC Project Grant

(1998–1999) Queensland Cancer Fund

(1996) John & Mary Kibble Trust

(1996) ARC Australian Research Council (Small grants)

(1995–1997) Queensland Cancer Fund

(1995) ARC Australian Research Council (Small grants)

TIA logoThe mission of the TIA is to provide a facilitated pathway to assist Australian life sciences discovery researchers to progress their inventions through the various nonclinical & clinical development steps to the point where they will attract investment for commercialization into products for improving human health.

Visit the Therapeutic Innovation website for more information

CIPDD is one of four TIA-funded National translational research Centres that comprise the Small Molecule Therapeutics capability. The other three Centres are Compounds Australia, the Australian Translational Medicinal Chemistry Facility and the Centre for Drug Candidate Optimisation.


NCRIS logoThe National Collaborative Research Infrastructure Strategy drives research excellence and collaboration between 35,000 researchers, government and industry to deliver practical outcomes.

Learn more about the NCRIS


QDDAThe Queensland Drug Discovery Alliance (QDDA) was formed with $2m in Queensland Government Research Infrastructure Co-investment Funding (RICF) in 2024 along with co-investment from TIA, Griffith University, The University of Queensland and UniQuest. QDDA is a collaborative initiative of TIA, Compounds Australia, QEDDI and the CIPDD aimed at supporting the successful advancement of Queensland’s drug discovery innovations to meet unmet health needs.

Read more about QDDA

Emeritus Professor Maree Smith
T: +61 7 3365 2554
F: +61 7 3346 7391
E: maree.smith@uq.edu.au

Dr Andy Kuo
T: +61 7 3346 9365
F: +61 7 3346 7391
E: a.kuo1@uq.edu.au

Mailing/Delivery Address

Level 3 Steele Building, St. Lucia campus, Staffhouse Rd
The University of Queensland
Brisbane Qld 4072
Australia