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Class Notes for MCB 4320C at University of Florida (UF)

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UFMCB 4320CEric TriplettSpring

MCB 4320C Lecture 6: Lecture 6

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19 Jan 2019
0
Appreciate how much of the human body is inhabited by bacteria. Establish a data analysis and coordinating center (dacc). Very few full genomes availab
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UFMCB 4320CEric TriplettSpring

MCB 4320C Lecture Notes - Lecture 3: Amplicon, Dideoxynucleotide

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19 Jan 2019
0
Technology is still used today but with many advances in throughput and read length. Flow cell has billions of nano-well structures. Step 1: fragment d
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UFMCB 4320CEric TriplettSpring

MCB 4320C Lecture 4: Lecture 4

OC4963482 Page
19 Jan 2019
0
Long read sequencing becomes routine but with a low throughput. Fragment the dna - usually to a size of 20 kb. Hybridize a c2 sequencing primer to the
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UFMCB 4320CEric TriplettSpring

MCB 4320C Lecture Notes - Lecture 7: Pacific Biosciences, Human Microbiome Project, Metagenomics

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19 Jan 2019
0
Addendum throughput of the pacbio and illumina systems. Learn the number of reads that can be obtained from a pacbio sequel run of 16 flow cells. Learn
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UFMCB 4320CEric TriplettSpring

MCB 4320C Lecture 5: Lecture 5

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19 Jan 2019
0
Introduction to the human microbiome the primary application for the technologies described in this course. Appreciate the history of the study of the
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UFMCB 4320CEric TriplettSpring

MCB 4320C Lecture 2: Lectures 2-4

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19 Jan 2019
0
To understand the microbiome, you must learn the technologies used to study it. Learn the steps and usefulness of the four dominant sequencing technolo
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