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Fluorescence Microscope : To Image The Cytoskeleton of Cells Proliferation on Biomaterial Surface

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1. TIn fluorescence, cytoskeleton stained through Phalloidin derivative (Alexa Fluor 488) appears

a: Red Explanation

Explanation

b: Green Explanation

Explanation

c: Blue Explanation

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d: Purple Explanation

Explanation

2. In fluorescence, mitochondria stained through MitoTracker (CMXRos) appears

a: Red Explanation

Explanation

b: Green Explanation

Explanation

c: Blue Explanation

Explanation

d: Purple Explanation

Explanation

3. Using fluorescence microscopy, which of the following can be observed:

a: Contact angle of cells Explanation

Explanation

b: Cells and its microscopic components Explanation

Explanation

c: Surface topography of cells Explanation

Explanation

d: All of the Above Explanation

Explanation

4. Which of the following indicates the best cytocompatibility (only using fluorescence microscopy images):

a: By selecting the region of image with very high numbers of cells Explanation

Explanation

b: By complementing with in vitro test Explanation

Explanation

c: By complementing with in vivo test Explanation

Explanation

d: By flattened morphology displayed by adhered cells Explanation

Explanation

5. Fluorescence microscopy will be able to tell whether a material is cytocompatible:

a: Yes, cytocompatibility can be clearly confirmed Explanation

Explanation

b: Yes, cytocompatibility can be easily quantified Explanation

Explanation

c: Yes, can provide an indication through in vitro tests Explanation

Explanation

d: Yes, and needs no confirmation via in vivo tests Explanation

Explanation

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