#1. Which type of manufacturing vessel is specifically designed for the aseptic storage of sterile products before packaging?
#2. What is the primary function of a “Buffer Vessel” in sterile drug manufacturing?
#3. What is the purpose of a “Filtration Vessel” in sterile drug manufacturing?
#4. What is the purpose of “Vessel Cleaning” in sterile drug manufacturing?
#5. What is the role of the agitator in a holding sterile vessel?
#6. What is the purpose of “Riboflavin Testing” of a holding sterile vessel?
#7. How does Riboflavin Testing work in the context of a holding sterile vessel?
#8. What is the purpose of CIP (Clean-in-Place) in the context of holding sterile vessels?
#9. What is the purpose of SIP (Steam-in-Place) in the context of holding sterile vessels?
#10. What is the recommended duration of SIP (Steam-in-Place) for sterilizing a holding sterile vessel?
#11. What is the purpose of “Vessel Passivation” in the context of holding sterile vessels?
#12. How does SIP (Steam-in-Place) work in a holding sterile vessel?
#13. What is the purpose of “Hold Time” in a holding sterile vessel after SIP (Steam-in-Place)?
#14. What is the purpose of “Aseptic Transfer” in the context of holding sterile vessels?
#15. Which parameter is critical to monitor during SIP (Steam-in-Place) to ensure proper sterilization of the holding sterile vessel?
#16. What is the purpose of “Drying Phase” after SIP (Steam-in-Place)?
#17. Which of the following is a critical parameter to monitor during Riboflavin Testing to ensure accurate results?
#18. What is the purpose of “Post-SIP Cooling” after Steam-in-Place?