Focus only on shared derived traits (found only in species of interest - not in outgroup) Species DNA nucleotide site 3 8 10 Outgroup T G C Spp W T T G T Spp X T T G C Spp Y T T C T Spp Z A T C T At position 10 C → T change in all species, except Spp X.

The question is attached        .

Following base removal, DNA polymerase can add nucleotides in the 5'-to-3' direction. Is that true or False?  Why? please help me explain that

Identify the base shown below. Drag the correct base to the rectangle in the image O I HN H₂N Adenine Cytosine N N IZ 5 methyl cytosine H Guanine Thymine

If I tell you that a stretch of DNA in the 5' to 3' direction is AGGTACGACCGT Give me the complimentary strand without and spaces, commas, symbols or anything else besides the nucleotide sequence (e.g. only: AAGCATCCGCTTA). Give me the complimentary sequence in the 3' to 5' orientation.

Where is the substitution indicated on the original DNA strand? May you please Write it out and bold the nucleotide.

b) Draw the single-stranded segment correctly.

Below is an image of a basepair and associated ribose rings as viewed down the helical axis in B DNA (black spheres are oxygen atoms; red lines are hydrogen bonds). G1 B1 G2 G4 Identify the base marked as B1. Identify the base marked as B2. B2 adenine thymine G3 Identify the general location (G1-G4) of the minor groove. G4 Identify the general location (G1-G4) of the major groove. G2 >

If your lab partner sent your sequence to the printer and the sequence said: A 37%, U 37%, C 13%. What is missing and is this DNA or RNA?