TY - JOUR
T1 - Consensus recommendations for the safe handling of cytotoxic agents in Cytotoxic Academic Research Laboratories (CARL)
AU - Nabhani Gebara, Shereen
AU - Barton, Stephen
AU - Appleford, Ian
AU - McCalla, Pauline
AU - Sewell, Graham
AU - Sabbagh Dit Hawasli, Racha
PY - 2020/12/1
Y1 - 2020/12/1
N2 - Cytotoxic agents, also called antineoplastic agents, are used in cancer treatment due to their inherent activity to inhibit cell growth or proliferation, or DNA, RNA and protein synthesis. They are, therefore, hazardous by nature in a non-selective manner leading to disruption of cell growth and function of both diseased and healthy cells of treated patients. While the benefits of receiving cytotoxic agents may outweigh the incurred risks for patients, the same cannot be said for exposed healthcare practitioners involved in the transport, preparation, administration, and resulting waste disposal of these agents. Consequently, many professional bodies around the world have set standards of practice to prevent occupational exposure of healthcare workers to cytotoxic agents, and hospitals have been active in defining strict policies in this concern. However, due to the variability of the practice and infrastructure in academic settings, some activities performed within the cytotoxic academic research laboratory often do not adhere to recommendations published by guidelines. The present recommendations were therefore set forward by members of a working group who are experts on the subject matter representing academic, clinical, and research backgrounds in an attempt to promote safe cytotoxic handling in academic institutions. The document maps out the trajectory of cytotoxic agents being investigated in academic research laboratories while providing recommendations on the delivery, storage, use and disposal of cytotoxic agents in university settings.
AB - Cytotoxic agents, also called antineoplastic agents, are used in cancer treatment due to their inherent activity to inhibit cell growth or proliferation, or DNA, RNA and protein synthesis. They are, therefore, hazardous by nature in a non-selective manner leading to disruption of cell growth and function of both diseased and healthy cells of treated patients. While the benefits of receiving cytotoxic agents may outweigh the incurred risks for patients, the same cannot be said for exposed healthcare practitioners involved in the transport, preparation, administration, and resulting waste disposal of these agents. Consequently, many professional bodies around the world have set standards of practice to prevent occupational exposure of healthcare workers to cytotoxic agents, and hospitals have been active in defining strict policies in this concern. However, due to the variability of the practice and infrastructure in academic settings, some activities performed within the cytotoxic academic research laboratory often do not adhere to recommendations published by guidelines. The present recommendations were therefore set forward by members of a working group who are experts on the subject matter representing academic, clinical, and research backgrounds in an attempt to promote safe cytotoxic handling in academic institutions. The document maps out the trajectory of cytotoxic agents being investigated in academic research laboratories while providing recommendations on the delivery, storage, use and disposal of cytotoxic agents in university settings.
KW - Chemistry
U2 - 10.1177/1078155220951869
DO - 10.1177/1078155220951869
M3 - Article
SN - 1078-1552
VL - 26
SP - 1953
EP - 1963
JO - Journal of Oncology Pharmacy Practice
JF - Journal of Oncology Pharmacy Practice
IS - 8
ER -