TRANS 5 Flashcards
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.
What is microtomy?
The process of cutting thin tissue sections using a microtome.
What are the different types of microtomes?
Rotary, sliding, freezing, cryostat, and ultrathin microtomes.
What is the purpose of a cryostat?
To cut frozen sections quickly for intraoperative diagnosis.
What is the optimal clearance angle in microtomy?
Usually 5-10 degrees.
Why is a water bath used in microtomy?
To flatten tissue sections before mounting on slides.