Euchromatin is typically transcriptionally active.

Euchromatin is typically transcriptionally active.

• A. True
• B. False
• C. It Is Highly Condensed
• D. It Is Located In The Nucleolus

Answer: (A)

Chromatin structure and gene expression are tightly linked: euchromatin is the lighter, less condensed form that allows transcription machinery to access DNA. Because it’s more open, RNA polymerase and transcription factors can bind gene promoters and actively transcribe genes, especially during interphase. That’s why this statement is true. The alternative about being highly condensed describes heterochromatin, which is generally transcriptionally silent because the tight packing restricts access to DNA. The idea of euchromatin being located in the nucleolus isn’t a defining feature—the nucleolus is mainly the site of ribosomal RNA synthesis, not the general location of euchromatin.

Chromatin structure and gene expression are tightly linked: euchromatin is the lighter, less condensed form that allows transcription machinery to access DNA. Because it’s more open, RNA polymerase and transcription factors can bind gene promoters and actively transcribe genes, especially during interphase. That’s why this statement is true.

The alternative about being highly condensed describes heterochromatin, which is generally transcriptionally silent because the tight packing restricts access to DNA. The idea of euchromatin being located in the nucleolus isn’t a defining feature—the nucleolus is mainly the site of ribosomal RNA synthesis, not the general location of euchromatin.