Explore topic-wise MCQs in Bioinformatics.

This section includes 5 Mcqs, each offering curated multiple-choice questions to sharpen your Bioinformatics knowledge and support exam preparation. Choose a topic below to get started.

Explore topic-wise MCQs in Bioinformatics.

In comparative approach to RNA structure prediction, in Dynalign program by comparing ___ from each sequence, a structure common to both sequences is selected that serves as the basis for sequence alignment.

In comparative approach to RNA structure prediction, Dynalign is a ________ program.

In comparative approach to RNA structure prediction, the Foldalign program doesn t use the covariation information.

The pre-alignment independent programs fare __________ for predicting long sequences.

For _ RNA sequences, such as tRNA, some programs may be able to produce _% accuracy.

Explore topic-wise MCQs in Bioinformatics.

In comparative approach to RNA structure prediction, in Dynalign program by comparing _________ from each sequence, a ______ structure common to both sequences is selected that serves as the basis for sequence alignment.

In comparative approach to RNA structure prediction, Dynalign is a ________ program.

In comparative approach to RNA structure prediction, the Foldalign program doesn t use the covariation information.

The pre-alignment independent programs fare __________ for predicting long sequences.

For _________ RNA sequences, such as tRNA, some programs may be able to produce _________% accuracy.

In comparative approach to RNA structure prediction, in Dynalign program by comparing ___ from each sequence, a structure common to both sequences is selected that serves as the basis for sequence alignment.

For _ RNA sequences, such as tRNA, some programs may be able to produce _% accuracy.