What is the approximate size of the human genome? Oa. 3200 Gb Ob.3200 bp Oc. 3200...

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What is the approximate size of the human genome? Oa. 3200 Gb Ob.3200 bp Oc. 3200 Mb d. 3200 kb QUESTION 12 In what way is the dideoxynucleotide (ddNTP) different from the deoxynucleotide (DNTP) that enables the creation of terminated DNA fragments for Sanger sequencing? in a ddNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the DNTP this hydroxyl group is replaced with one Oa. hydrogen in a DNTP the 2' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is b. replaced with one hydrogen in a DNTP the 5' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is C. replaced with one hydrogen in a DNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is Od. replaced with one hydrogen Which of the following sequencing platforms would be able to sequence an entire SARS-cov-2 genome in its full length in one sequencing reaction that would require no further assembly? Oa. Sanger b. Illumina Oc. Pacific Biosciences SMRT sequencing Od. No such sequencing technology exists What is the approximate size of the human genome? Oa. 3200 Gb Ob.3200 bp Oc. 3200 Mb d. 3200 kb QUESTION 12 In what way is the dideoxynucleotide (ddNTP) different from the deoxynucleotide (DNTP) that enables the creation of terminated DNA fragments for Sanger sequencing? in a ddNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the DNTP this hydroxyl group is replaced with one Oa. hydrogen in a DNTP the 2' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is b. replaced with one hydrogen in a DNTP the 5' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is C. replaced with one hydrogen in a DNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is Od. replaced with one hydrogen Which of the following sequencing platforms would be able to sequence an entire SARS-cov-2 genome in its full length in one sequencing reaction that would require no further assembly? Oa. Sanger b. Illumina Oc. Pacific Biosciences SMRT sequencing Od. No such sequencing technology exists What is the approximate size of the human genome? Oa. 3200 Gb Ob.3200 bp Oc. 3200 Mb d. 3200 kb QUESTION 12 In what way is the dideoxynucleotide (ddNTP) different from the deoxynucleotide (DNTP) that enables the creation of terminated DNA fragments for Sanger sequencing? in a ddNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the DNTP this hydroxyl group is replaced with one Oa. hydrogen in a DNTP the 2' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is b. replaced with one hydrogen in a DNTP the 5' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is C. replaced with one hydrogen in a DNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is Od. replaced with one hydrogen Which of the following sequencing platforms would be able to sequence an entire SARS-cov-2 genome in its full length in one sequencing reaction that would require no further assembly? Oa. Sanger b. Illumina Oc. Pacific Biosciences SMRT sequencing Od. No such sequencing technology exists What is the approximate size of the human genome? Oa. 3200 Gb Ob.3200 bp Oc. 3200 Mb d. 3200 kb QUESTION 12 In what way is the dideoxynucleotide (ddNTP) different from the deoxynucleotide (DNTP) that enables the creation of terminated DNA fragments for Sanger sequencing? in a ddNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the DNTP this hydroxyl group is replaced with one Oa. hydrogen in a DNTP the 2' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is b. replaced with one hydrogen in a DNTP the 5' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is C. replaced with one hydrogen in a DNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is Od. replaced with one hydrogen Which of the following sequencing platforms would be able to sequence an entire SARS-cov-2 genome in its full length in one sequencing reaction that would require no further assembly? Oa. Sanger b. Illumina Oc. Pacific Biosciences SMRT sequencing Od. No such sequencing technology exists What is the approximate size of the human genome? Oa. 3200 Gb Ob.3200 bp Oc. 3200 Mb d. 3200 kb QUESTION 12 In what way is the dideoxynucleotide (ddNTP) different from the deoxynucleotide (DNTP) that enables the creation of terminated DNA fragments for Sanger sequencing? in a ddNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the DNTP this hydroxyl group is replaced with one Oa. hydrogen in a DNTP the 2' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is b. replaced with one hydrogen in a DNTP the 5' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is C. replaced with one hydrogen in a DNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is Od. replaced with one hydrogen Which of the following sequencing platforms would be able to sequence an entire SARS-cov-2 genome in its full length in one sequencing reaction that would require no further assembly? Oa. Sanger b. Illumina Oc. Pacific Biosciences SMRT sequencing Od. No such sequencing technology exists What is the approximate size of the human genome? Oa. 3200 Gb Ob.3200 bp Oc. 3200 Mb d. 3200 kb QUESTION 12 In what way is the dideoxynucleotide (ddNTP) different from the deoxynucleotide (DNTP) that enables the creation of terminated DNA fragments for Sanger sequencing? in a ddNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the DNTP this hydroxyl group is replaced with one Oa. hydrogen in a DNTP the 2' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is b. replaced with one hydrogen in a DNTP the 5' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is C. replaced with one hydrogen in a DNTP the 3' carbon of the pentose sugar is bound to a hydroxyl (-OH) group, but in the ddNTP this hydroxyl group is Od. replaced with one hydrogen Which of the following sequencing platforms would be able to sequence an entire SARS-cov-2 genome in its full length in one sequencing reaction that would require no further assembly? Oa. Sanger b. Illumina Oc. Pacific Biosciences SMRT sequencing Od. No such sequencing technology exists

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1 Option c is right The approximate size of human genome is 32 billion base pair which is equal to 3... View the full answer