25- [C] cells are poorly differentiated, they lose their morphological features.
26- [E] all given options are correct.
27- [D] proteomics, because proteins are gene products.
28- [E] RFLP occurs due to point mutations
29- [B] Guanine is a purine
30- [B] because ribose contains 2'OH group and deoxyribose don't.
31- [A] reason stated above.
32- [c] specific palindrome sequences are recognized by such enzymes.
33- [b] 22% because A+T=56% AND G+C= 44%, C=22%
34- [A] the unknown organism has higher G+C content
35- [D] there is additional gain of site for BamH1
36- [E] they are dispersed throughout genome and are associated with Alu
37- [D] hind II with given sequence
38- [c] prokaryotes lack introns
39-[b] husband is not the father is the suspected lover who is the father because bands are matching up with the child.
40- [b]- 0.1% as humans are 99.9% similar to each other
25. During microscopic examination of potential cancer cells, some of the cells are graded as anaplastic....
Please explain figures 6C, 6D, 6F, 6E, and 6G in simple terms! I
am having difficulty understanding the figures. I have copy and
pasted a section in the article. Thank you!!
Figure 6. MLL5 Suppresses Differentiation of GBM
Self-Renewing Cells
(A) Western blot to assess the effects of MLL5 knockdown in the
GBM primary culture G432NS.
(B) Western blots on cell lysates from two GBM cultures
differentiated over a 21-day period.
(C) Heatmap and unsupervised hierarchical clustering of
differentially regulated...
Please explain figures 6C, 6D, 6F, and 6G in simple
terms! I am having difficulty understanding the figures. I have
copy and pasted a section in the article. Thank you!!
Figure 6. MLL5 Suppresses Differentiation of GBM
Self-Renewing Cells
(A) Western blot to assess the effects of MLL5 knockdown in the
GBM primary culture G432NS.
(B) Western blots on cell lysates from two GBM cultures
differentiated over a 21-day period.
(C) Heatmap and unsupervised hierarchical clustering of
differentially regulated genes...