Q. No. 5. An explorer discovers a strange new species of plant and sends some of the plant tissue to a geneticists to study. The geneticist isolates chromatin from the plant and examines it with an...

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Q. No. 5. An explorer discovers a strange new species of plant<br>and sends some of the plant tissue to a geneticists to study. The<br>geneticist isolates chromatin from the plant and examines it with<br>an electron microscope. She observes what appeared to be<br>beads on a string. She then adds a small amount of nuclease,<br>which cleaves the string into individual beads that each contain<br>280 base pair of DNA. After digestion with more nuclease, a 120<br>base pair fragment of DNA remains attached to a core of histone<br>proteins. Analysis of the histone core reveals histones in the<br>following proportions.<br>H1<br>12.5%<br>H2A<br>25%<br>H2B<br>25%<br>H3<br>0%<br>H4<br>25%<br>H7 (a new histone)<br>12.5%<br>On the basis of these observations what conclusions could the<br>geneticists make about the probable structure of the<br>nucleosome in the chromatin of this plant?<br>

Extracted text: Q. No. 5. An explorer discovers a strange new species of plant and sends some of the plant tissue to a geneticists to study. The geneticist isolates chromatin from the plant and examines it with an electron microscope. She observes what appeared to be beads on a string. She then adds a small amount of nuclease, which cleaves the string into individual beads that each contain 280 base pair of DNA. After digestion with more nuclease, a 120 base pair fragment of DNA remains attached to a core of histone proteins. Analysis of the histone core reveals histones in the following proportions. H1 12.5% H2A 25% H2B 25% H3 0% H4 25% H7 (a new histone) 12.5% On the basis of these observations what conclusions could the geneticists make about the probable structure of the nucleosome in the chromatin of this plant?

Jun 11, 2022
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