Your English writing platform
Discover LudwigSuggestions(5)
Exact(22)
The types and number of NVP-R mutations were similar across intervention groups, but differed by timing of infection (Table 2).
ANC1 deleted cells were slightly more sensitive than wildtype yeast to UV-induced point mutations and −1 framshift mutations; in contrast, UV-induced +1 frameshift mutations were similar between anc1Δ and wildtype.
The types of NVP-resistance mutations were similar between the two intervention groups but differed by timing of infection, where the Y181C variant was predominant in infections occurring in the first six weeks of life compared to the Y188C/H variant associated with late breast-milk infections.
The distributions of other mutations were similar among different groups as shown in Table 2.
Resistance mutations were similar to worldwide reports and related to antiretroviral exposure.
Rates of emerging NNRTI-related mutations were similar between the two groups (50% for rilpivirine vs 43% for efavirenz).
Similar(37)
The frequency of mutations was similar to other reported cases of somatic hypermutations found in Rho/TTF, MYC and BCL6 in large-cell lymphomas (MF was from 0.12 for MYC to 0.69 for BCL6).
Without B[a]P, the overall distribution of the types of mutations was similar (transitions>transversions>insertions>deletions; Figure 5A, B and D), in both untreated (spermatozoa) and corn oil treated (spermatozoa and liver) mice.
The proportion of patients developing treatment-emergent NNRTI resistance-associated mutations was similar between the groups.
In addition, the proportion of females to males with both mutations was similar (1.6 : 1 in 6-OPRI, 1.9 : 1 in P102L).
The distribution of different types of mutations is similar in NIE cases (19 missense, eight nonsense, three frameshift, two splicing).
More suggestions(15)
mutations were consistent
mutations were related
transfer were similar
mutations had similar
mutations were silent
mutations were likely
mutations were dependent
mutations was similar
mutations gave similar
mutations were missense
mutations were sequence-verified
mutations caused similar
mutations were heterozygous
mutations showed similar
mutations exhibited similar
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com