Study | Country Study period |
Population source | Exposure definition | Non-exposure definition | Sample size | Rmk |
---|---|---|---|---|---|---|
Al-Otaibi, 2019 |
Kuwait 2004 - 2017 |
Renal transplant recipients who became pregnant during the study period. | Pregnant women maintained on tacrolimus-based regimen (all patients also maintained on steroids plus azathioprine). |
exposed to other treatment, sick
Pregnant women maintained on cyclosporin-based regimen (all patients also maintained on steroids plus azathioprine). |
33 / 49 | |
Alvaro, 2013 |
Spain 1986 - 2011 |
Females with orthotopic liver transplantation who became pregnant during the study period. | Pregnant women with orthotopic liver transplantation using tacrolimus during pregnancy. |
exposed to other treatment, sick
Pregnant women with orthotopic liver transplantation using cyclosporine during pregnancy. |
15 / 5 | No mention of mycophenomate mofetil. |
Ichinose, 2018 |
Japan 2008 - 2016 |
Patients with systemic lupus erythematosus who had deliveries during the study period who were admitted to the study centers. | Mothers with systemic lupus erythematosus treated with tacrolimus during the pregnancy. |
unexposed, sick
Mothers with systemic lupus erythematosus never treated with tacrolimus during pregnancy. |
15 / 39 | The patients for whom tacrolimus treatment was terminated during a pregnancy were excluded. |
Kim, 2015 |
Seoul, Korea 1991 - 2012 |
All women who delivered babies after having undergone kidney transplantation at those hospitals between the study period. | Deliveries given tacrolimus-based immunosuppressants mostly combined with azathioprine and/or steroids (prednisolone or methylprednisolone). |
exposed to other treatment, sick
Deliveries given cyclosporine-based immunosuppressants mostly combined with azathioprine and/or steroids (prednisolone or methylprednisolone). |
28 / 60 | None of the pregnancies were exposed to mycophenolic acid. |
Perales-Puchalt, 2012 |
Valencia, Spain 1995 - 2009 |
Pregnancies occurred in patients with normal functioning kidney transplants from deceased donors. | Immunosuppressive drugs used was Tacrolimus. All patients used Prednisone as a co-adjuvant therapy. The treatment protocol of the patients remained unchanged during the study period. |
exposed to other treatment, sick
Immunosuppressive drugs used were Cyclosporine-A and four had a combination with Azathioprine. All patients used Prednisone as a co-adjuvant therapy. The treatment protocol of the patients remained unchanged during the study period. |
9 / 11 | Cyclosporine-A (CsA) and Azathioprine (AZA) groups could not be add because four pregnancies had a combination of CsA and AZA. Combinations are detailed and no mycophenolate mofetil involved. |
Thompson, 2003 |
England 1976 - 2001 |
All pregnancies in the institute's renal transplant recipients | Pregnant transplanted patients under tacrolimus, prednisolone and azathioprine. |
exposed to other treatment, sick
Pregnant transplanted patients under prednisolone, azathioprine -based regimens, with or without cyclosporine. |
4 / 23 | No mycophenolate mofetil. |
Wielgos, 2012 |
Poland 2005 - 2010 |
Women with renal or liver transplantation, who had delivered during the study period. | Pregnant women who underwent renal or liver transplantation treated with tacrolimus-based regimen (alone or with prednisolone and/or azathioprine). |
exposed to other treatment, sick
Pregnant women who underwent renal or liver transplantation treated with cyclosporine-based regimen (alone or with prednisolone and/or azathioprine).. |
21 / 9 | Data of patients treated with tacrolimus who underwent both renal and liver transplantation were added. None of women were treated with mycophenolate mofetil nor sirolimus during the time of pregnancy. |
Study | Country Study period |
Case | Control | Sample size | Rmk |
---|---|---|---|---|---|
Sugawara, 2019 |
Japan 2007 - 2016 |
Pregnant women with any maternal and/or fetal complications. | Pregnant women without any maternal and/or fetal complications. | 34 / 23 | Maternal adverse events: 34 cases and 23 controls. Fetal adverse events: 27 cases and 30 controls. Authors made some comparison with general obstetric population in Japan (GOP), but there is no distinction between treatments (results not reported here). |