Sammenkobl forskellige indsigter med henblik på at se det store billede
Som interdisciplinært fagområde, der bevæger sig i krydsfeltet mellem biologi, datalogi og matematik, giver bioinformatikken mulighed for at stille de store spørgsmål og finde svarene på dem. Med et kursus inden for bioinformatik kan du blive endnu skarpere til at bearbejde biologiske data med den nyeste forskningsbaserede viden på hånden. Du kan f.eks. blive opdateret på de nyeste metoder inden for datalogi og databearbejdning såsom Machine Learning.
Evolutionære processer, proteinstrukturer og Next Generation Sekventering
Kurserne spænder fra viden om evolutionære processer til DNA- og RNA-sekventering. Endelig kan du tage skridtet videre og lære om populationsgenetiske og medicinsk genetiske analyser baseret på NGS (Next-Generation Sekventering). NGS er på få år blevet særdeles udbredt inden for biomedicinsk arbejde og kan bl.a. anvendes til at diagnosticere genetiske sygdomme.
Skræddersyede forskningsbaseret virksomhedsforløb giver jer mulighed for at tilrettelægge et kursusforløb for en gruppe medarbejdere.
Det giver jer adgang til den nyeste forskning inden for bioinformatik i en kontekst, der passer til jeres virksomhed. I tæt samarbejde med jer og KU’s forskere tilrettelægger vi et efteruddannelsesforløb. Det kan være et forløb inden for specifikke faglige emner i takt med, at ny forskning bliver tilgængelig, og derved byder på nye muligheder.
Kontakt os for at høre nærmere:
Chef for efter- og videreuddannelse:
Sanne Juul Nielsen
sjn@science.ku.dk
Mob: 93 56 50 11
| Kursus | Niveau | Startdato | Varighed |
|---|---|---|---|
| Forensic Genetics and Massively Parallel Sequencing With this course, you will get a comprehensive insight into forensic genetics and a broad introduction to massively parallel sequencing (MPS) work including data analysis. Join our summer course and learn more about the fascinating work in forensic genetics, MPS, and get hands-on experience with data analysis within MPS. Part of UCPH International Summer Programme. |
Kandidat | August | 2 uger |
| International Health This intensive course puts an emphasis on the biomedical and clinical aspects of the diseases people are facing in developing countries. The most important diseases will be discussed in more detail with emphasis on clinical presentation, diagnosis, and treatment. Part of UCPH International Summer Programme. |
Kandidat | August | 3 uger |
| One Health One Health aims to provide knowledge, skills and competences regarding efficient solutions to the multifaceted global challenges to human, animal and environmental health through cross-disciplinary research, education and collaboration between relevant institutions and stakeholders. Part of UCPH International Summer Programme. |
Kandidat | August | 1 uge |
| Evolutionsbiologi I løbet af kurset gennemgås bl.a. evolutionsbiologiens betydning, herunder grundlæggende og anvendte aspekter, grundlæggende bioinformatik, populationsgenetik, naturlig selektion, artsdannelse, evolution af det arvelige materiale, metoder til beregning af fylogenetiske træer, og meget andet. |
Bachelor | April | 9 uger |
| Structural Bioinformatics This course will give students an overview of protein structure, experimental structure determination and structure analysis, calculation of RMSD and structure superposition, fold classification, inference of function from structure, 1D prediction & sampling of protein conformations, homology modelling & the loop closure problem, knowledge based energy functions, and finally de novo prediction methods. |
Kandidat | November | 9 uger |
| Genome Sequence Analysis This course is an introductory course to Bioinformatics for analysis of NGS. The course focuses on second-generation sequencing technology, its wide applications, and the Bioinformatics analysis of produced sequencing data. Newer sequencing technology (third generation) will also be overviewed. Strategies for analyzing second generation sequencing data will be covered, including quality control of raw sequencing data, mapping reads to a reference genome and contemporary downstream data analyses. |
Kandidat | November | 9 uger |
| Advanced Bioinformatics for Next-Generation Sequencing This course covers advanced topics in Bioinformatics for analysis of data next-generation sequencing (NGS). The course is based mostly on scientific papers and texts. The topics include: mapping algorithms, population genetic and medical genetic analysis based on NGS, RNA-sequencing, cross-species comparative genomic analyses, and other topics relating to high-throughput DNA-sequencing. |
Kandidat | September | 9 uger |