Shalini Rathod 278 Questions 306 Answers 257 Best Answers 151 Points View Profile 0 Poll Shalini RathodBeginner Asked: July 29, 20212021-07-29T06:32:42+05:30 2021-07-29T06:32:42+05:30In: Education With respect to assembly of every core histone which of the following is wrong? 0 Poll ResultsPlease login to vote and see the results. Participate in Poll, Choose Your Answer. a) A conserved region b) Histone fold domain c) Disc shaped structure d) 2 α helices and an unstructured loop With respect to assembly of every core histone which of the following is wrong? Share Facebook 2 Answers Voted Oldest Recent Shalini Rathod 278 Questions 306 Answers 257 Best Answers 151 Points View Profile Shalini Rathod Beginner 2021-07-29T06:34:46+05:30Added an answer on July 29, 2021 at 6:34 am Answer: d Explanation: The histone fold is composed of 3 α helices and two unstructured loops. In each of these cases the histone fold mediates the formation of head to tail heterodimers of specific pairs of histone. 0 Share Share Share on Facebook Share on Twitter Share on LinkedIn Share on WhatsApp Shalini Rathod 278 Questions 306 Answers 257 Best Answers 151 Points View Profile Best Answer Shalini Rathod Beginner 2021-07-29T06:34:27+05:30Added an answer on July 29, 2021 at 6:34 am Answer: d Explanation: The histone fold is composed of 3 α helices and two unstructured loops. In each of these cases the histone fold mediates the formation of head to tail heterodimers of specific pairs of histone. 0 Share Share Share on Facebook Share on Twitter Share on LinkedIn Share on WhatsApp You must login to add an answer. Username or email* Password* Remember Me! Forgot Password?
Shalini Rathod
Answer: d
Explanation: The histone fold is composed of 3 α helices and two unstructured loops. In each of
these cases the histone fold mediates the formation of head to tail heterodimers of specific pairs of
histone.
Shalini Rathod
Answer: d
Explanation: The histone fold is composed of 3 α helices and two unstructured loops. In each of
these cases the histone fold mediates the formation of head to tail heterodimers of specific pairs of
histone.