Which of the following does not describe global alignment algorithm?

Which of the following does not describe global alignment algorithm? Correct Answer First row and first column are set to zero

Initialization and scoring system of the Smith–Waterman algorithm and Needleman-Wunsch algorithm is quite different. In global alignment first row and first column are subject to gap penalty and are not set to 0.
Bissoy MCQ

Related Questions

The resulting tree is then used to guide the alignment of the most closely related sequences and groups of sequences. The resulting alignment is a global alignment produced by the Needleman-Wunsch algorithm.
Structured William's model
P. Can describe the changes in intracellular components of the cell during growth.
Q. Cannot describe the death phase of the cells.
R. Can describe the variation of size of cells in the different phases of growth.
S. Cannot describe the lag period of growth.
Which one of the following is correct?
When did Needleman-Wunsch first describe the algorithm for global alignment?
The predefined alignment requiring method also depends on the quality of the input alignment. If there ___ errors in the alignment, covariation signals ____ detected.
When random or unrelated sequences are compared using a global alignment method, they can have ____________ reflecting the tendency of the global algorithm to match as many characters as possible.
Which of the following does not describe local alignment algorithm?
Who suggested that the global alignment scores between unrelated protein sequences followed the extreme value distribution, similar to local alignment scores? And when?
The major drawback of the progressive and iterative alignment strategies is that they are largely global alignment based and may therefore fail to recognize conserved domains and motifs among highly divergent sequences of varying lengths.
The type of algorithm that requires predefined alignment, requires the user to provide _______ alignment as input.
When did Smith–Waterman first describe the algorithm for local alignment?