The active component of ripened hematoxylin that binds to tissue structures is called what?

Prepare for the Histotechnologist Certification Exam with our comprehensive study material. Use flashcards, detailed explanations, and intuitive multiple-choice questions. Boost your test readiness and achieve certification success!

Multiple Choice

The active component of ripened hematoxylin that binds to tissue structures is called what?

Explanation:
Hematein. When hematoxylin is ripened (oxidized), it becomes hematein, which then forms a complex with a mordant such as aluminum in the tissue. This hematein–mordant complex binds to tissue structures, especially nucleic acids in nuclei, producing the characteristic blue/purple nuclear stain. The other substances are different dyes and do not represent the active binding form in this stain—malachite green is used in other contexts, eosin is a counterstain, and hematoxylin by itself is not the active binding species without oxidation.

Hematein. When hematoxylin is ripened (oxidized), it becomes hematein, which then forms a complex with a mordant such as aluminum in the tissue. This hematein–mordant complex binds to tissue structures, especially nucleic acids in nuclei, producing the characteristic blue/purple nuclear stain. The other substances are different dyes and do not represent the active binding form in this stain—malachite green is used in other contexts, eosin is a counterstain, and hematoxylin by itself is not the active binding species without oxidation.

More Multiple Choice Questions
Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy