Difference between revisions of "Dabeen Park/Voca"
imported>DabeenPark (Created page with "<p>1. De novo assembly : Assembly which make gene without any reference gene.</p> <p>2. Identity : Not mean same, but compare the components.(Exact match/Total compare length(sm...") |
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| − | <p>1. De novo assembly : Assembly which make gene without any reference gene.</p> | + | <p>1. <a href="http://biolecture.org/index.php?title=Dabeen_Park/Voca/De novo">De novo</a> assembly : Assembly which make gene without any reference gene.</p> |
<p>2. Identity : Not mean same, but compare the components.(Exact match/Total compare length(smaller one))</p> | <p>2. Identity : Not mean same, but compare the components.(Exact match/Total compare length(smaller one))</p> | ||
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<p>3. Similarity : How similar with each other.(Exact match/Total length(longer one))</p> | <p>3. Similarity : How similar with each other.(Exact match/Total length(longer one))</p> | ||
| − | <p>4. Reynolds Number : It is dimensionless number, using for find which fluid flow is Laminar, Transient, Turbulence.</p> | + | <p>4. Reynolds Number : It is dimensionless number, using for find which fluid flow is <a href="http://biolecture.org/index.php?title=Dabeen_Park/Voca/Laminar">Laminar</a>, <a href="http://biolecture.org/index.php?title=Dabeen_Park/Voca/Transient">Transient</a>, <a href="http://biolecture.org/index.php?title=Dabeen_Park/Voca/Turbulence">Turbulence</a>.</p> |
<p>5. Alignment : Compare something.(Sequence, Network, etc)</p> | <p>5. Alignment : Compare something.(Sequence, Network, etc)</p> | ||
Latest revision as of 12:39, 9 December 2017
1. De novo assembly : Assembly which make gene without any reference gene.
2. Identity : Not mean same, but compare the components.(Exact match/Total compare length(smaller one))
3. Similarity : How similar with each other.(Exact match/Total length(longer one))
4. Reynolds Number : It is dimensionless number, using for find which fluid flow is Laminar, Transient, Turbulence.
5. Alignment : Compare something.(Sequence, Network, etc)
6. Proteomics : It is study of protein. Find how react the protein to organisms.
7. Phosphorylation : Using the kinase, attach phosphoryl group to amino acid.
8. Cancer genomics : It is study of cancer using genomics. Find relation of cancer to normal cell of cancer to cancer cell.
9. Evolution : It is change the heritance characteristics of populations over successive generations.
10. Diffuse : Spread something like fluid or gas.
11. Intestine : vital organs in the gastrointestinal tract of our digest system.
12. Illumina : It is an American company, that they have the world top manufactures and markets system for the analysis of genetic variation and biological function.
13. Transcriptome : All RNA molecules in one cell.
14. Okazaki fragments : It is short fragment. Because when DNA replication, the strand always goes 5 end to 3 end.
15. Premise : Assumption that argument can reach the conclusion.
16. Purity : Condition or quality of being pure.
17. Exon : The core part when RNA splicing.
18. Intron : The deleted part when RNS splicing.
19. Mutation : Change occurs in DNA sequence.
20. Epigenetics : Study of heritance changes in gene expression.
21. Histone : It is the pretein that can make DNA structure called nucleosomes.
22. DNA methylation : Process which methyl group added to DNA molecule.
23. Chromosome : It is a DNA molecule with part or all genetic genome.
24. RNA interference : It is a process that RNA molecules inhibit gene express or not.
25. Biosulfite : It can convert cytosine to uracil.
26. Bioinformatics : Using computal method, understanding and finding biological data.
27. Telomere : It is a region of repetitive nucleotide sequence at each end of chromosome.
28. Gene : It is a sequence of DNA or RNA that has a function.
29. Allele : It is a variant form of gene.
30. Genomics : It is collective characterization and quantification of genes.
