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Start, Learn, Switch, and Enhance your research and discovery with advanced AI training and courses in Bioinformatics and Computational Biology for Precision Medicine.
Bioinformatics Training
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Computational Biology
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Specialized Training
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online (wet and dry-Lab)
Module: Genomics
Target: Scientists, Biologists, Students
Outcomes: Programming, researchers​
Cost: $1,000 for full access
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online (Dry-Lab)
Module: Genomics
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Cost:
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online (Dry-Lab)
Module: Genomics
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Cost:
Tittle: NextGen Omics & Spatial Biology
About: Sequence alignment involves mapping sequencing reads to a reference genome or assembling them de novo to determine their original position or reconstruct the original sequence.
Time: 12 h
Level: Advanced
Format: Online (Dry-Lab)
Module: Genomics
Target Audience: Scientists, Biologists, Students
Outcomes: Programming, researchers
​
Cost: