Exact(44)
Autonomous elements use communication resources to exchange obtained knowledge.
During the course of evolution, non autonomous elements have emerged from autonomous elements.
Some are incomplete versions of autonomous elements, often with insertions/deletions (indels) disrupting their open reading frames (ORFs).
MITEs (miniature inverted-repeats transposable elements) are well known examples of non autonomous elements that evolved from class II DNA transposons [6], [7].
The autonomous elements of DNA TEs are typically expected to bear similar TIRs, to the non-autonomous elements they mobilize.
Putative autonomous elements are shown in uppercase letters, and non-autonomous elements are shown in lowercase letters.
Similar(16)
Non-autonomous elements were usually direct deletion derivatives of the putative autonomous element, however other types of rearrangements, including inversions and nested insertions were also observed.
Non-autonomous elements are assimilated to parasites.
Previous study observed that the element size affected transposition efficiency in non-autonomous elements; transposase binding differed between non-autonomous elements due to the internal sequence variation [ 16].
First, non-autonomous elements with coding potential could contribute to the replication of autonomous copies.
Many of these may constitute either non-autonomous elements, or genes captured by TEs.
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