Coursera - Algorithms for DNA Sequencing

Files Included :

01 module-1-introduction.mp4 (5 MB)
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02 lecture-why-study-this.mp4 (11.48 MB)
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03 lecture-dna-sequencing-past-and-present.mp4 (7.64 MB)
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04 lecture-genomes-as-strings-reads-as-substrings.mp4 (11.8 MB)
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05 lecture-string-definitions-and-python-examples.mp4 (5.93 MB)
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06 practical-string-basics.mp4 (17.05 MB)
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07 practical-manipulating-dna-strings.mp4 (15.95 MB)
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08 practical-downloading-and-parsing-a-genome.mp4 (20.91 MB)
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09 lecture-how-dna-gets-copied.mp4 (7.92 MB)
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10 optional-lecture-how-second-generation-sequencers-work.mp4 (16.19 MB)
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11 optional-lecture-sequencing-errors-and-base-qualities.mp4 (15.38 MB)
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12 lecture-sequencing-reads-in-fastq-format.mp4 (11.08 MB)
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13 practical-working-with-sequencing-reads.mp4 (30.25 MB)
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14 practical-analyzing-reads-by-position.mp4 (15.89 MB)
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15 lecture-sequencers-give-pieces-to-genomic-puzzles.mp4 (14.95 MB)
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16 lecture-read-alignment-and-why-its-hard.mp4 (8.89 MB)
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17 lecture-naive-exact-matching.mp4 (24.53 MB)
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18 practical-matching-artificial-reads.mp4 (17.47 MB)
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19 practical-matching-real-reads.mp4 (18.47 MB)
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01 week-2-introduction.mp4 (4.87 MB)
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02 lecture-boyer-moore-basics.mp4 (19.3 MB)
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03 lecture-boyer-moore-putting-it-all-together.mp4 (14.03 MB)
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04 lecture-diversion-repetitive-elements.mp4 (11.34 MB)
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05 practical-implementing-boyer-moore.mp4 (23.47 MB)
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06 lecture-preprocessing.mp4 (16.16 MB)
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07 lecture-indexing-and-the-k-mer-index.mp4 (23.03 MB)
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08 lecture-ordered-structures-for-indexing.mp4 (17.88 MB)
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09 lecture-hash-tables-for-indexing.mp4 (16.35 MB)
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10 practical-implementing-a-k-mer-index.mp4 (16.5 MB)
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11 lecture-variations-on-k-mer-indexes.mp4 (19.6 MB)
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12 lecture-genome-indexes-used-in-research.mp4 (20.85 MB)
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13 lecture-approximate-matching-hamming-and-edit-distance.mp4 (16.08 MB)
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14 lecture-pigeonhole-principle.mp4 (13.46 MB)
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15 practical-implementing-the-pigeonhole-principle.mp4 (27.94 MB)
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01 module-3-introduction.mp4 (4.08 MB)
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02 lecture-solving-the-edit-distance-problem.mp4 (26.09 MB)
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03 lecture-using-dynamic-programming-for-edit-distance.mp4 (27.66 MB)
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04 practical-implementing-dynamic-programming-for-edit-distance.mp4 (15.46 MB)
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05 lecture-a-new-solution-to-approximate-matching.mp4 (22.24 MB)
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06 lecture-meet-the-family-global-and-local-alignment.mp4 (23.1 MB)
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07 practical-implementing-global-alignment.mp4 (17.71 MB)
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08 lecture-read-alignment-in-the-field.mp4 (9.5 MB)
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09 lecture-assembly-working-from-scratch.mp4 (7.01 MB)
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10 lecture-first-and-second-laws-of-assembly.mp4 (20.06 MB)
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11 lecture-overlap-graphs.mp4 (16.74 MB)
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12 practical-overlaps-between-pairs-of-reads.mp4 (11.82 MB)
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13 practical-finding-and-representing-all-overlaps.mp4 (8.87 MB)
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01 module-4-introduction.mp4 (4.55 MB)
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02 lecture-the-shortest-common-superstring-problem.mp4 (17.47 MB)
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03 practical-implementing-shortest-common-superstring.mp4 (14.28 MB)
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04 lecture-greedy-shortest-common-superstring.mp4 (16.73 MB)
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05 practical-implementing-greedy-shortest-common-superstring.mp4 (22.11 MB)
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06 lecture-third-law-of-assembly-repeats-are-bad.mp4 (16.01 MB)
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07 lecture-de-bruijn-graphs-and-eulerian-walks.mp4 (18.2 MB)
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08 practical-building-a-de-bruijn-graph.mp4 (9.82 MB)
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09 lecture-when-eulerian-walks-go-wrong.mp4 (21.65 MB)
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10 lecture-assemblers-in-practice.mp4 (18.26 MB)
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11 lecture-the-future-is-long.mp4 (22.8 MB)
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12 lecture-computer-science-and-life-science.mp4 (13.68 MB)
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13 lecture-thank-yous.mp4 (2.01 MB)
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