Calcineurin Inhibitors & Immunosuppressants
T-cell Activation Targets, CNIs, mTOR Inhibitors, Antimetabolites & Biologicals in Transplantation
Past RGUHS + DNB + MPMSU + MUHS · 22
RGUHSMar '26
RGUHSSep '25
RGUHSMay '25
DNBDec '25
RGUHSDec '23
RGUHSJul '23
MUHSSummer '23
RGUHSNov '22
MPMSU2022
RGUHSNov '20
MPMSU2020
MUHSSummer '20
RGUHSNov '18
MPMSU2017
MPMSUJun '17
MUHSSummer '17
MPMSU2015
MUHSWinter '15
MPMSU2014
MUHSWinter '14
MPMSU2013
MPMSU2012
Introduction
- Immunosuppressants inhibit cellular and/or humoral immune responses; their major use is in organ transplantation and autoimmune disease.
- Calcineurin inhibitors (CNIs) — cyclosporine and tacrolimus — are the most effective agents in routine use and form the backbone of most maintenance regimens; they block intracellular signalling triggered by T-cell-receptor (TCR) activation.
- Four major drug classes are used for transplantation: glucocorticoids, calcineurin inhibitors, antiproliferative/antimetabolic agents, and biologicals (antibodies/fusion proteins).
- Most regimens combine 2–4 drugs with synergistic, non-overlapping mechanisms — each at a different molecular target — allowing lower doses of each and limiting drug-specific toxicity.
- Two intrinsic hazards of all immunosuppression: (a) increased infection risk (bacterial, fungal, viral — especially CMV — and opportunistic); and (b) increased lymphoma/malignancy risk after a long latency from weakened immune surveillance.
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Calcineurin Inhibitors Immunosuppressants
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