What is the Difference Between Metachromasia and Metachromatic?
🆚 Go to Comparative Table 🆚The difference between metachromasia and metachromatic lies in their definitions and the relationship between them:
- Metachromasia refers to the characteristic change in color of staining carried out in biological tissues, exhibited by certain dyes when they bind to particular substances present in these tissues, called chromotropes. For example, toluidine blue becomes dark blue when it binds to glycosaminoglycans (GAGs).
- Metachromatic refers to the dyes that can cause metachromasia. These dyes are capable of producing two different colors when they bind to specific substances in biological tissues. Examples of metachromatic dyes include safranin O and neutral red, which have red orthochromatic staining and yellow metachromatic staining.
In summary, metachromasia is the color change phenomenon observed in biological tissues when certain dyes bind to specific substances, while metachromatic refers to the dyes that can cause this color change.
On this pageWhat is the Difference Between Metachromasia and Metachromatic? Comparative Table: Metachromasia vs Metachromatic
Comparative Table: Metachromasia vs Metachromatic
Metachromasia and metachromatic are related terms that refer to color changes in dyes and staining, particularly in biological tissues. Here is a table comparing the two terms:
Term | Definition | Characteristics |
---|---|---|
Metachromasia | The characteristic change in color of staining carried out in biological tissues when certain dyes are bound to specific substances called chromotropes. | - Occurs in biological tissues - Involves color change in staining - Requires specific dyes and chromotropes |
Metachromatic | Refers to dyes that can cause metachromasia. | - Dyes cause color change in staining - Interact with chromotropes in biological tissues |
Both metachromasia and metachromatic relate to the phenomena of color change in dyes and staining, making them closely related terms. Metachromasia is the color change itself, while metachromatic dyes are the ones that can cause this color change.
Read more:
- Achromatic vs Monochromatic
- Photochromic vs Thermochromic
- Bathochromic Shift vs Hypsochromic Shift
- Chromate vs Dichromate
- Auxochrome vs Chromophore
- Cytochrome vs Phytochrome
- Metaplasia vs Dysplasia
- Modal vs Chromatic Dispersion
- Melasma vs Chloasma
- Fluorophore vs Chromophore
- Colorimetry vs Spectrophotometry
- Melasma vs Hyperpigmentation
- Heterochromatin vs Euchromatin
- Albinism Melanism vs Leucism
- Colorimeter vs Spectrophotometer
- Tautomerism vs Metamerism
- Potassium Chromate vs Potassium Dichromate
- Chromic Acid vs Chromium Trioxide
- Colour vs Color