Difference between revisions of "Genetics of different body mass measurements"
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''Qq plots'' | ''Qq plots'' | ||
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''Heritability'' | ''Heritability'' | ||
''Venn Diagrams'' | ''Venn Diagrams'' | ||
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| + | When confronting all the genes of all phenotypes, a total of 6097, we wanted to visualize how they were dispersed between all the phenotypes. | ||
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| + | At first sight, we can see that the majority of the genes are shared between the different phenotypes | ||
| + | 686 genes of them are shared between all phenotypes, which represents 11.3% | ||
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| + | We also remark than BAI and weight have a lot of genes that are not shared with the other ones. | ||
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| + | We can see in a better way the repartition of the genes containing significatn SNPs in Fig.2, Fig.3, Fig.4 and Fig. 5. | ||
==Conclusion== | ==Conclusion== | ||
Revision as of 14:35, 3 June 2022
File:Heritability of BMI Sofia.pdf
Contents
Introduction
Methodology
Linear Regression
GWAS
Results
Linear Regression
GWAS
Manhattan plots
Qq plots
Heritability
Venn Diagrams
When confronting all the genes of all phenotypes, a total of 6097, we wanted to visualize how they were dispersed between all the phenotypes.
At first sight, we can see that the majority of the genes are shared between the different phenotypes 686 genes of them are shared between all phenotypes, which represents 11.3%
We also remark than BAI and weight have a lot of genes that are not shared with the other ones.
We can see in a better way the repartition of the genes containing significatn SNPs in Fig.2, Fig.3, Fig.4 and Fig. 5.
