The phrase "alignment aims" is correct and usable in written English.
It can be used when discussing goals or objectives related to achieving alignment in a particular context, such as business, project management, or personal development.
Example: "The alignment aims of our project are to ensure that all team members are working towards the same objectives and that our strategies are cohesive."
Alternatives: "alignment goals" or "alignment objectives".
"Local network alignment aims to compare networks of different species, in order to find conserved protein complexes or pathways".
However, the PINALOG alignment aims to establish equivalences based on function and interactions not just those from sequence.
Given two biological networks G = (V, E) and G' = (V', E'), network alignment aims to find the maximum conserved subnetworks of G and G'.
In brief, network alignment aims to identify biological conserved subnetworks among two or more different biological networks and evaluate the global or local similarity of biological networks.
Global network alignment aims to predict the best overall mapping between a given set of biological networks, thereby identifying important similarities as well as differences among the networks.
While the global alignment performs end-to-end matching of two sequences, the local alignment aims to find the highest scoring alignment of sub-sequences of the query and the reference sequences [ 14].
Candid, a direct-to-consumer teeth alignment company, aims to make straight teeth more accessible and more affordable than braces and Invisalign.
Local network alignment (LNA) aims to optimize similarity between local regions of different networks [ 10– 10].
Multiple alignment strategy aims to reveal position-independent regions similar in a large fraction of sequences.
Different from LNA, global network alignment (GNA) aims to maximize the overall match between the input networks.
This alignment scheme aims to optimize the sum of the semi-global (overlap-detection) alignment scores on each side of a fixed split position in the transcript gap region.
