Quick Overview: In this short video, we demonstrate how to combine (or batch) blastp and tblastn searches in NCBI BLAST (basic local alignment ... We mapped each CDS separately to determine their approximate locations in the previous video of this series. Throughout Part 6 ... In this short video, we will examine the genomic neighborhood surrounding the target

Gep Pathways Gene Annotation Appendix - Detailed Overview & Context

In this short video, we demonstrate how to combine (or batch) blastp and tblastn searches in NCBI BLAST (basic local alignment ... We mapped each CDS separately to determine their approximate locations in the previous video of this series. Throughout Part 6 ... In this short video, we will examine the genomic neighborhood surrounding the target In this video, we will be determining the function of the suspected ortholog in our target species. By using the GenBank records, ... In this video, we verify the coordinates of the second intron in our target In the previous video of this series, we performed a tblastn search of Rheb-PA in D. melanogaster against the entire D. yakuba ...

This video goes over how to use RNA-Seq in the UCSC In the previous video of this series, we verified the start codon coordinates for CDS 1. Here we will be verifying the stop codon ... In this video, you will learn how to identify splice sites and determine the phase of donor and acceptor splice sites using the ... The initial tblastn search we performed in Part 2 helped define the search region for the putative ortholog within the genomic ... In this short video we will perform a tblastn search of Rheb-PA in D. melanogaster against the entire D. yakuba In the previous videos of this series, we examined the genomic neighborhood of our target

Photo Gallery

GEP | Pathways Gene Annotation Appendix A - Combining (or Batching) BLAST Searches
GEP | Pathways Gene Annotation Part 3.1 - Examine evidence for a protein-coding gene
GEP | Pathways Gene Annotation Part 6.1 - Verify start codon coordinates
GEP | Pathways Gene Annotation Part 1 - Examine genomic neighborhood surrounding target gene
GEP | Pathways Gene Annotation Part 3.2 - Use synteny to gather additional evidence
GEP | Pathways Gene Annotation Part 6.5 - Use splice junction predictions to verify coordinates
GEP | Pathways Gene Annotation Introduction
GEP | Pathways Annotation - Introduction
GEP | Pathways Gene Annotation Part 7.1 - Verify gene model of protein
GEP | Pathways Gene Annotation Part 2.3 - Summarize tblastn results
GEP | Pathways Gene Annotation Part 6.4 - Use spliced RNA-Seq reads to verify coordinates
GEP | Pathways Gene Annotation Part 6.2 - Verify stop codon coordinates
Sponsored
Sponsored
View Main Result
Sponsored
Sponsored