John-Paul Fuller-Jackson (0000-0002-2997-1340)

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John-Paul Fuller-Jackson is currently a postdoctoral research fellow in the Ivanusic Lab at the University of Melbourne's department of Anatomy and Physiology. Key research areas include pain and sensory neuroscience, specifically pertaining to the innervation of bone and various associated pathologies. Dr Fuller-Jackson was previously in the Keast-Osborne Lab, investigating neural circuitry involved in lower urinary tract function. Irrespective of context, Dr Fuller-Jackson uses a combination of immunolabelling, clearing and large volume imaging to gain a multi-scale understanding of neural pathways.

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University of Melbourne: Parkville, Victoria, AU

2024-07-15 to present | Postdoctoral research fellow (Department of Anatomy and Physiology)

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John-Paul Fuller-Jackson

https://orcid.org/0000-0002-2997-1340

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Employment (2)

University of Melbourne: Parkville, Victoria, AU

The University of Melbourne: Melbourne, VIC, AU

Education and qualifications (2)

Monash University: Clayton, VIC, AU

Monash University: Clayton, VIC, AU

Professional activities (2)

Australasian Neuroscience Society: Sydney, New South Wales, AU

Royal Society of Victoria: Melbourne, Victoria, AU

Funding (1)

3D visualisation of the neuromuscular interface in mouse models of muscular dystrophy

Works (18)

Tracing complex nerve endings with Neurolucida 360 v1

Axon tracing and node segmentation of myelinated bladder afferents in the pelvic nerve v1

Immunohistochemical staining of wholemount female rat urethra preparations v1

A 3D atlas of sexually dimorphic lumbosacral motor neurons that control and integrate pelvic visceral and somatic functions in rats

An adeno‐associated viral labeling approach to visualize the meso‐ and microanatomy of mechanosensory afferents and autonomic innervation of the rat urinary bladder

Immunohistochemical labelling of lower urinary tract afferents in spinal cord

Immunolabelling and clearing of intact spinal cord for visualization of lower urinary tract afferents

Quantitation of lower urinary tract afferents in 3D reconstruction of lumbosacral spinal cord sections

Use of cholera toxin subunit B to label neural projections to lower urinary tract organs

Visualizing lower urinary tract afferent projections in the lumbosacral spinal cord in rats

Regional Targeting of Bladder and Urethra Afferents in the Lumbosacral Spinal Cord of Male and Female Rats: A Multiscale Analysis

Effect of sex and sex steroids on brown adipose tissue heat production in humans.

Immunohistochemical labelling of spinal cord sections for chemoarchitectural analysis of segments v1

MON-LB016 Sex and Sex Steroid Effects on Brown Adipose Tissue Temperature in Healthy Humans

Exercise counteracts the homeostatic decrease in thermogenesis caused by caloric restriction in sheep

Adipose and skeletal muscle thermogenesis: studies from large animals

Animal Models for Manipulation of Thermogenesis

Ontogeny and Thermogenic Role for Sternal Fat in Female Sheep.