Search Results - "Jimenez‐Vera, Elvira"

Standardisation of flow cytometry for whole blood immunophenotyping of islet transplant and transplant clinical trial recipients by Jimenez Vera, Elvira, Chew, Yi Vee, Nicholson, Leigh, Burns, Heather, Anderson, Patricia, Chen, Hsiao-Ting, Williams, Lindy, Keung, Karen, Zanjani, Negar Talaei, Dervish, Suat, Patrick, Ellis, Wang, Xin Maggie, Yi, Shounan, Hawthorne, Wayne, Alexander, Stephen, O'Connell, Philip J, Hu, Min

“…Understanding the immunological phenotype of transplant recipients is important to improve outcomes and develop new therapies. Immunophenotyping of whole…”
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Low-Dose Interleukin-2 Combined With Rapamycin Led to an Expansion of CD4 + CD25 + FOXP3 + Regulatory T Cells and Prolonged Human Islet Allograft Survival in Humanized Mice by Hu, Min, Hawthorne, Wayne J, Nicholson, Leigh, Burns, Heather, Qian, Yi Wen, Liuwantara, David, Jimenez Vera, Elvira, Chew, Yi Vee, Williams, Lindy, Yi, Shounan, Keung, Karen, Watson, Debbie, Rogers, Natasha, Alexander, Stephen I, O'Connell, Philip J

“…Islet transplantation is an emerging therapy for type 1 diabetes and hypoglycemic unawareness. However, a key challenge for islet transplantation is cellular…”
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Long-term cultured neonatal islet cell clusters demonstrate better outcomes for reversal of diabetes: in vivo and molecular profiles by Jimenez-Vera, Elvira, Davies, Sussan, Phillips, Peta, O'Connell, Philip J., Hawthorne, Wayne J.

“…Background Porcine neonatal islet‐like cell clusters (NICC) are being considered as a source of β‐cell replacement. However, the lag time to full function due…”
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Insulin antibodies are prevalent in adults with type 1 diabetes referred for islet cell transplantation and are modified by islet transplantation and immunosuppression: an Australian experience by Hensman, Callum J., Gooley, Judith L., Januszewski, Andrzej S., Lee, Melissa H., MacIsaac, Richard J., Boston, Raymond C., O'Connell, Philip, Rogers, Natasha, Holmes‐Walker, Jane, Hawthorne, Wayne, Anderson, Patricia, Webster, Angela, Alexander, Stephen, Jimenez‐Vera, Elvira, Hu, Min, Yi, Shounan, Ghimire, Kedar, Thomas, Adwin, Delalat, Bahman, (Jin Suk) Joo, Lauren, Kay, Thomas, Goodman, David, Ward, Glenn, MacIsaac, Richard, Kos, Cameron, Ierino, Frank, Howe, Kathy, Gooley, Judith, Mariani, Lina, Lee, Melissa, Waibel, Michaela, Brodniki, Tom, Loudovaris, Tom, Thomas, Helen, Jenkins, Alicia, Coates, Toby, Drogemuller, Chris, Etherton, Colleen, Torpy, David, Kireta, Svetlana, Radford, Toni, Rickard, Alice, Grey, Shane, Ward, Glenn M., Jenkins, Alicia J.

“…We have analysed insulin antibodies in 149 adults with type 1 diabetes and 2859 people without diabetes. We have determined that insulin antibody levels are…”
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Epithelial-to-Mesenchymal Transition in Early Transplant Tubulointerstitial Damage by VITALONE, Matthew J, O'CONNELL, Philip J, JIMENEZ-VERA, Elvira, YUKSEL, Aysen, WAVAMUNNO, Moses, FUNG, Caroline L.-S, CHAPMAN, Jeremy R, NANKIVELL, Brian J

“…It is unknown whether epithelial-to-mesenchymal transition (EMT) leads to tubulointerstitial fibrosis in renal transplants. In this study, interstitial…”
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414.12: Potent Suppressive Function of Xeno-Antigen Reactive Human HLADR+CD27+Tregs via Enhanced CD95 and ICOS Expressions by Raneri, Martina, Wang, Haina, Zhao, Yuanfei, Jimenez-Vera, Elvira, Hawthorne, Wayne J, Yi, Shounan, Hu, Min, O’Connell, Philip J.

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247.3: T cell receptors and the transcriptomic profile of t cells in transplant tolerance by Hu, Min, Zhang, Juanjuan, Wang, Hannah, Lu, David Bo, Jimenez-Vera, Elvira, Raneri, Martina, Mehta, Paulomi, Gloss, Brian, Robertson, Harry, Li, Jennifer, Hawthorne, Wayne J, Rogers, Natasha, Alexander, Stephen I, O’Connell, Philip J

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243.3: Immune Subset Differences by Flow Cytometry between Paediatric Kidney Transplant Recipients and Healthy Matching-age Paediatric and Adult Controls by Jimenez Vera, Elvira, Wang, Haina, Anderson, Patricia, Lai, Catherine, Yi, Shounan, Hawthorne, Wayne, Rogers, Natasha, Hsu, Peter, O’Connell, Philip, Alexander, Stephen, Hu, Min

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51: The Westmead Islet Transplant Program Evaluation of Factors Influencing Islet Isolation Outcomes Over 20 Years by Hawthorne, Wayne, Chew, Yi Vee, Williams, Lindy, Jimenez Vera, Elvira, Burns, Heather, O’Connell, Philip J

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106.4: A novel subset of memory-like CD127highCD4+FOXP3+Treg found in porcine neonatal islet cell cluster (NICC) xenotransplant tolerant mice share similar features with tissue Tregs by Wang, Haina, Wang, Zhuangzi, Zhao, Yuanfei, Nicholson, Leigh, Hawthorne, Wayne J, Jimenez-vera, Elvira, Gloss, Brian, Lai, Joey, Thomas, Adwin, Zhang, Geoff Y, Wang, Yuan Min, Rogers, Natasha, Zheng, Guoping, Yi, Shounan, Alexander, Stephen I, O’Connell, Philip J, Hu, Min

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Decoding the hallmarks of allograft dysfunction with a comprehensive pan-organ transcriptomic atlas by Robertson, Harry, Kim, Hani Jieun, Li, Jennifer, Robertson, Nicholas, Robertson, Paul, Jimenez-Vera, Elvira, Ameen, Farhan, Tran, Andy, Trinh, Katie, O'Connell, Philip J, Yang, Jean Y H, Rogers, Natasha M, Patrick, Ellis

“…The pathogenesis of allograft (dys)function has been increasingly studied using 'omics'-based technologies, but the focus on individual organs has created…”
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414.9: Shared Transcriptional Trajectory of Tissue Tregs Between Tolerant-Grafts and Lymphoid Organs in Transplant Tolerance by Wang, Haina, Wang, Zhuangzi, Zhao, Yuanfei, Nicholson, Leigh, Hawthorne, Wayne J, Jimenez-vera, Elvira, Gloss, Brian, Lai, Joey, Thomas, Adwin, Zhang, Geoff Y, Min Wang, Yuan, Rogers, Natasha, Zheng, Guoping, Yi, Shounan, Alexander, Stephen I, O’Connell, Philip J, Hu, Min

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Low Dose IL-2 and Rapamycin Leads to Prolongation of Human Islet Allograft Survival by Inhibition of IFN-gamma+ T cells and Expansion of FOXP3+CD25+ Tregs in a Humanized Islet Transplant Mouse Model by Hu, Min, Hawthrone, Wayne, Burns, Heather, Nan, Hai, Qian, Yi Wen, Liuwantara, David, Vera, Elvira Jimenez, Chew, Yi Vee, Keung, Karen, Yi, Shounan, Alexander, Stephen I, O’Connell, Philip

“…INTRODUCTIONWe established a humanised mouse model with dominant human (h) CD3 T cells engraftment and showed it was capable of rejecting h-islet allografts…”
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Correlation of Dynamic Immune Cell Profile with Individual Alloresponse and Outcome in Type 1 Diabetes Islet Transplantation Recipients by Hu, Min, Vera, Elvira Jimenez, Chew, Yi Vee, Burns, Heather, Anderson, Patricia, Williams, Lindy, Keung, Karen, Dervish, Suat, Wang, Xin Maggie, Rogers, Natasha, Yi, Shounan, Hawthorne, Wayne, Alexander, Stephen, OʼConnell, Philip

“…To evaluate dynamic whole blood immune profile(WBIP) of T1D islet transplant(Tx) recipient(R) pre &post-transplant(Tx), and evaluate for correlation with Tx…”
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Standardized Whole-Blood Immunophenotyping Panels on Flow Cytometry for Transplant Recipients and Clinical Trials by Vera, Elvira Jimenez, Chew, Yi Vee, Burns, Heather, Anderson, Patricia, Williams, Lindy, Dervish, Suat, Wang, Xin Maggie, Yi, Shounan, Hawthorne, Wayne, Alexander, Stephen, OʼConnell, Philip, Hu, Min

“…INTRODUCTIONImmunophenotyping of whole blood by flow cytometry is a reliable, fast, and easy method used to obtain a large amount of information on the effects…”
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Immune Phenotype by Flow Cytometry of Paediatric Kidney Transplant Recipients and Healthy Adult Controls by Vera, Elvira Jimenez, Hu, Min, Chew, Yi Vee, Burns, Heather, Anderson, Patricia, Williams, Lindy, Dervish, Suat, Wang, Xin Maggie, Yi, Shounan, Hawthorne, Wayne, Alexander, Stephen, OʼConnell, Philip

“…INTRODUCTIONThe proportion of immune cell subsets in paediatric kidney transplant recipients could help monitor the best approach to allow tolerance to renal…”
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Intragraft memory-like CD127hiCD4+Foxp3+ Tregs maintain transplant tolerance by Zhao, Yuanfei, Nicholson, Leigh, Wang, Hannah, Qian, Yi Wen, Hawthorne, Wayne J, Jimenez-Vera, Elvira, Gloss, Brian S, Lai, Joey, Thomas, Adwin, Chew, Yi Vee, Burns, Heather, Zhang, Geoff Y, Wang, Yuan Min, Rogers, Natasha M, Zheng, Guoping, Yi, Shounan, Alexander, Stephen I, O'Connell, Philip J, Hu, Min

“…CD4+Foxp3+ regulatory T cells (Tregs) play an essential role in suppressing transplant rejection, but their role within the graft and heterogeneity in…”
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Key driver genes as potential therapeutic targets in renal allograft rejection by Yi, Zhengzi, Keung, Karen L, Li, Li, Hu, Min, Lu, Bo, Nicholson, Leigh, Jimenez-Vera, Elvira, Menon, Madhav C, Wei, Chengguo, Alexander, Stephen, Murphy, Barbara, O'Connell, Philip J, Zhang, Weijia

“…Acute rejection (AR) in renal transplantation is an established risk factor for reduced allograft survival. Molecules with regulatory control among immune…”
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