What is a SeqRecord?

A SeqRecord object holds a sequence and information about it. Main attributes: id – Identifier such as a locus tag (string) seq – The sequence itself (Seq object or similar)

What is the use of record seq in the Biopython?

Introduction to the SeqRecord class. This page describes the SeqRecord object used in Biopython to hold a sequence (as a Seq object) with identifiers (ID and name), description and optionally annotation and sub-features.

What is Biopython used for?

Biopython is a large open-source application programming interface (API) used in both bioinformatics software development and in everyday scripts for common bioinformatics tasks. The homepage www.biopython.org provides access to the source code, documentation and mailing lists.

What is SeqIO in Biopython?

SeqIO provides a simple uniform interface to input and output assorted sequence file formats (including multiple sequence alignments), but will only deal with sequences as SeqRecord objects. AlignIO ) in Biopython does lead to some duplication or choice in how to deal with some file formats. For example, Bio.

What are the features of The SeqRecord class?

index 0, ID = Z78533.1, length 740, with 5 features index 1, ID = Z78532.1, length 753, with 5 features index 2, ID = Z78531.1, length 748, with 5 features index 92, ID = Z78440.1, length 744, with 5 features index 93, ID = Z78439.1, length 592, with 5 features That should give you a hint of the sort of information held in this object:

How is The SeqRecord class used in Biopython?

Introduction to the SeqRecord class. This page describes the SeqRecord object used in Biopython to hold a sequence (as a Seq object) with identifiers (ID and name), description and optionally annotation and sub-features.

What are the parameters of a 2D shape?

All the 2d shapes have various parameters such as area and perimeter. Some of the 2d shapes contain sides and corners, whereas some have curved boundaries.

What are the non defining attributes of a shape?

The color, overall size, and orientation, called the non-defining attributes of a two-dimensional or three-dimensional shape, do not define or affect the shape in any way. These attributes can change without any effect on the shape.