CRISPR sequences are commonly found in O a. Prokaryotes; DNAse O b. Eukaryotes; Cas9 O Eukaryotes; DNAse O d. Prokaryotes; Hexokinase Oe. Prokaryotes; Cas9 and, when associated with an enzyme known as can serve to edit genes within an organism

PCR is a way for scientists to amplify DNA using primers and a special heat resistant polymerase. With a little ingenuity this process has been used to read the DNA sequence. With that in mind. With the help of Reverse Transcriptase, what other kinds of genetic material can we sequence? (hint this is important in identifying Covid-19)

8) PCR (polymerase chain reaction) 9) plasmid A. Creates millions of copies of DNA within hours B. Used to test for the presence of hundreds to thousands of active genes at the same tim C. Used as a vector to replicate foreign DNA inside bacteria D. Able to cut double stranded DNA at almost any desired location for genome editing Which of the following is not an example of RNA processing. the addition of the poly-A tail to mRNA in the nucleus spliceosomes cutting mRNA in the nucleus the addition of the 3' cap to mRNA in the nucleus the joining together of exons in the nucleus

What is the function of gRNA in CRISPR-Cas technologies?It cuts DNA at a targeted sequence and inserts a new sequence -.It cuts protein at a targeted sequence and inserts a new sequence.It ensures the Cas9 enzyme cuts at the correct place in the DNA.It ensures the Cas9 enzyme cuts at the correct place in the RNA.It replaces uracil nucleotides with thymine nucleotides.