The process of (a)   uses chemicals like formalin to prevent tissue autolysis.

Bright-field microscopy is ideal for examining (a)   tissue preparations.

Fluorescence microscopy uses (a)   light and dyes to highlight specific components like DNA.

Cell culture allows the study of (a)   cells in vitro, using media with salts and growth factors.

Enzyme histochemistry localizes structures by detecting (a)   activity in tissues.

Immunohistochemistry ( (a)   ) identifies proteins using antigen-antibody interactions.

Artifacts in tissue sections can include (a)   or loss of components like lipids.

What is histology?

What are the main components of tissues?

What is the purpose of fixation in tissue preparation?

What does hematoxylin stain in H&E staining?

What type of microscopy uses UV light and fluorescent dyes?

What is the main advantage of cell culture in histology?

What does PAS staining specifically target?

What is the role of antibodies in immunohistochemistry?

What is a common artifact in tissue sections?

What is the resolving power of bright-field microscopy?

What is the purpose of clearing?

Which dye stains acidophilic parts of cells?

(a)  

Which part of a microscope magnifies the image first?

(a)  

Which dye stains basophilic parts of cells?

(a)  

What is the primary purpose of PAS staining?

Which staining method is used for lipids in frozen sections?

(a)  

What does the term 'acidophilic' refer to in staining?

Which dye is commonly used in H&E staining for collagen?

(a)  

Which type of microscopy uses transmitted light for stained samples?

What is the resolving power of a bright-field microscope?

Which microscopy technique enhances contrast in unstained samples?

What does fluorescence microscopy use to highlight specific components?

Which lens in a microscope provides the final magnification?

(a)