Ritika Saxena
Ritika Saxena
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Ritika is an early career researcher in stem cell medicine. She is currently completing her PhD in haematopoietic stem cells under Professor Andrew Elefanty, Dr Elizabeth Ng and Professor Ed Stanley in the Blood Development Laboratory. Outside of science, Ritika is an emerging community leader passionate about multiculturalism and empowering international students. Ritika was named in Herald Sun's Top 20 under 40 researchers in 2022 and won International Student of the Year - Research at the Victorian International Education Awards 2021-2022.
Ritika is an early career researcher in stem cell medicine. She is currently completing her PhD in haematopoietic stem cells under Professor Andrew Elefanty, Dr Elizabeth Ng and Professor Ed Stanley in the Blood Development Laboratory. Outside of...
Ritika is an early career researcher in stem cell medicine. She is currently completing her PhD in haematopoietic stem cells under Professor Andrew Elefanty, Dr Elizabeth Ng and Professor Ed Stanley in the Blood Development Laboratory. Outside of science, Ritika is an emerging community leader passionate about multiculturalism and empowering international students. Ritika was named in Herald Sun's Top 20 under 40 researchers in 2022 and won International Student of the Year - Research at the Victorian International Education Awards 2021-2022.
Top Publications
- Lamandé, SR, Ng, ES, Cameron, TL, Kung, LHW, Sampurno, L, Rowley, L, Lilianty, J, Patria, YN, Stenta, T, Hanssen, E, et al. Modeling human skeletal development using human pluripotent stem cells.. Proceedings of the National Academy of Sciences of the United States of America 120(19) : e2211510120 2023 view publication
- Ng, E, Li, J, Saxena, R, Edirisinghe, H, Sarila, G, Bruveris, F, Sun, S, Labonne, T, Calvanese, V, Capellera-Garcia, S, et al. 2014 – MULTI-LINEAGE ENGRAFTMENT OF INDUCED HEMATOPOIETIC STEM CELLS (IHSCS) DIFFERENTIATED FROM HUMAN PLURIPOTENT STEM CELLS. Experimental Hematology 111: s38 2022 view publication
- Kompa, AR, Greening, DW, Kong, AM, McMillan, PJ, Fang, H, Saxena, R, Wong, RCB, Lees, JG, Sivakumaran, P, Newcomb, AE, et al. Sustained subcutaneous delivery of secretome of human cardiac stem cells promotes cardiac repair following myocardial infarction. Cardiovascular Research 117(3) : 918 -929 2020 view publication
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