Question

The 30-nm fiber is the highest order of eukaryotic chromosome condensation that can be achieved under laboratory conditions in a test tube. This is because higher order compaction levels rely on ______. Group of answer choices linker protein H1 nucleosomes nuclear matrix proteins linker DNA Histone octamers

Name: the 30 nm fiber is the highest order of eukaryotic chromosome condensation that can be achieved under laboratory conditions in a test tube this is because higher order compaction levels rely 09993
Uploaded: 2024-05-17T11:56:16-08:00
Duration: 2 min 9 s
Channel: Adi S
Description: the 30 nm fiber is the highest order of eukaryotic chromosome condensation that can be achieved under laboratory conditions in a test tube this is because higher order compaction levels rely 09993

          The 30-nm fiber is the highest order of eukaryotic chromosome condensation that can be achieved under laboratory conditions in a test tube. This is because higher order compaction levels rely on ______.
Group of answer choices
linker protein H1     
nucleosomes
nuclear matrix proteins
linker DNA
Histone octamers

Added by Harold J.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

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Solved by Expert Adi S

05/17/2024

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The question is about the highest order of eukaryotic chromosome condensation that can be achieved under laboratory conditions in a test tube. It mentions the 30-nm fiber as the highest level that can be reached in such conditions. Show more…

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The 30-nm fiber is the highest order of eukaryotic chromosome condensation that can be achieved under laboratory conditions in a test tube. This is because higher order compaction levels rely on ______. Group of answer choices linker protein H1 nucleosomes nuclear matrix proteins linker DNA Histone octamers