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Details

Role Honorary Fellow
Research area Genomic Medicine
Dr Ruili Li (BS, MS, Ph.D) is a senior research fellow at the Surgical Research group, Murdoch Children's Research Institute, Honorary research fellow at the Paediatric Department of Melbourne University, Australia.

Dr Li started her research in reproductive biology when she did her Master's degree at Beijing Agricultural University on cryopreservation of rabbit embryos. She then came to Australia and completed her Ph.D in cryopreservation of mouse, goat and sheep embryos and embryonic cell development on the attempt to isolate embryonic stem cells under the supervision of Prof. Alan Trounson and Prof. Euan Roberts.

Dr Li joined Prof Richard Harvey's lab at the Water and Eliza Hall Institute after her Ph.D completion and focused on the establishment of the gene knockout system using embryonic stem cells followed by many years' experience of generating and analysis of genetically modified mice. She gained lots of experience on molecular biology, developmental biology and haematology while she was working side-by-side with many experts there.

Dr Li joined Prof Andrew Sinclair's Lab at Murdoch Children’s Research Institute and studied germ cell development during sex determination with focus on the regulation of pluripotency and differentiation in early germ cells, which involved in generating transgenic mice with inducible gene expression (TCCre, TCGFP, MkxHA mice) using ES cells and tetraploid embryos as well as blastocyst injection. With Prof Sinclair and MCRI executive committee's support, Dr Li involved in the establishment of MCRI facility of the transgenic and embryo service by drafting the business plan and was subsequently appointed as the manager of the facility during 2009-2010.

Dr Li joined Prof John Hutson's group in 2010 and has been working on the research in undescended testis at the Surgical Research group at Murdoch Children’s Research Institute. Currently Dr Li leads the laboratory research on testis descent and gonocyte transformation into spermatogonial stem cells using various transgenic, gene-knockout and naturally mutated rodent models as well as human biopsies of undescended testis (UDT). The research focuses on understanding the cellular and molecular regulation of postnatal germ cell development aiming to prevent the problems related to undescended testis (UDT), which are infertility and testicular cancer in young adult men with a history of UDT.
Dr Ruili Li (BS, MS, Ph.D) is a senior research fellow at the Surgical Research group, Murdoch Children's Research Institute, Honorary research fellow at the Paediatric Department of Melbourne University, Australia.

Dr Li started her research in...
Dr Ruili Li (BS, MS, Ph.D) is a senior research fellow at the Surgical Research group, Murdoch Children's Research Institute, Honorary research fellow at the Paediatric Department of Melbourne University, Australia.

Dr Li started her research in reproductive biology when she did her Master's degree at Beijing Agricultural University on cryopreservation of rabbit embryos. She then came to Australia and completed her Ph.D in cryopreservation of mouse, goat and sheep embryos and embryonic cell development on the attempt to isolate embryonic stem cells under the supervision of Prof. Alan Trounson and Prof. Euan Roberts.

Dr Li joined Prof Richard Harvey's lab at the Water and Eliza Hall Institute after her Ph.D completion and focused on the establishment of the gene knockout system using embryonic stem cells followed by many years' experience of generating and analysis of genetically modified mice. She gained lots of experience on molecular biology, developmental biology and haematology while she was working side-by-side with many experts there.

Dr Li joined Prof Andrew Sinclair's Lab at Murdoch Children’s Research Institute and studied germ cell development during sex determination with focus on the regulation of pluripotency and differentiation in early germ cells, which involved in generating transgenic mice with inducible gene expression (TCCre, TCGFP, MkxHA mice) using ES cells and tetraploid embryos as well as blastocyst injection. With Prof Sinclair and MCRI executive committee's support, Dr Li involved in the establishment of MCRI facility of the transgenic and embryo service by drafting the business plan and was subsequently appointed as the manager of the facility during 2009-2010.

Dr Li joined Prof John Hutson's group in 2010 and has been working on the research in undescended testis at the Surgical Research group at Murdoch Children’s Research Institute. Currently Dr Li leads the laboratory research on testis descent and gonocyte transformation into spermatogonial stem cells using various transgenic, gene-knockout and naturally mutated rodent models as well as human biopsies of undescended testis (UDT). The research focuses on understanding the cellular and molecular regulation of postnatal germ cell development aiming to prevent the problems related to undescended testis (UDT), which are infertility and testicular cancer in young adult men with a history of UDT.

Top Publications

  • Li, R, Zhang, J-G, Churchill, J, Sourial, M, Southwell, B, Hutson, JM. Reply to letter to the editor.. J Pediatr Surg 48(1) : 270 2013
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  • Su, S, Farmer, PJ, Li, R, Sourial, M, Buraundi, S, Bodemer, D, Southwell, BR, Hutson, JM. Regression of the mammary branch of the genitofemoral nerve may be necessary for testicular descent in rats.. J Urol 188(4 Suppl) : 1443 -1448 2012
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  • Li, R, Zhang, J-G, Churchill, J, Sourial, M, Southwell, BR, Hutson, JM. Is matrix metalloproteinase required in postnatal testicular tubules for germ cell maturation?. J Pediatr Surg 47(9) : 1724 -1729 2012
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  • Hutson, JM, Li, R, Southwell, BR, Petersen, BL, Thorup, J, Cortes, D. Germ cell development in the postnatal testis: the key to prevent malignancy in cryptorchidism?. Front Endocrinol (Lausanne) 3: 176 2012
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  • Churchill, JA, Buraundi, S, Farmer, PJ, Li, R, Southwell, BR, Hutson, JM, Balic, A. Gubernaculum as icebreaker: do matrix metalloproteinases in rodent gubernaculum and inguinal fat pad permit testicular descent?. J Pediatr Surg 46(12) : 2353 -2357 2011
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