The phrase "additive loss" is correct and usable in written English.
It can be used in contexts related to mathematics, statistics, or machine learning, where it refers to a type of loss function that accumulates errors or penalties.
Example: "In our model, we implemented an additive loss to ensure that each error contributes to the overall performance evaluation."
Alternatives: "cumulative loss" or "aggregated loss".
The additive loss in aqueous media was lowered from nearly 100% (unmodified HPA) to about 5% (modified HPA).
If instead there were an 'adapter' protein bridging the two elements, the combination of two individually deleterious mutations would lead to an additive loss of function.
Furthermore, TEL patch mutants E169K and E215K each resulted in an additive loss of RAP stimulation when tested with disease mutant V144M, to 28%and37%7% respectively.
Since the predictive accuracy reflects the information content on food, the additive loss indicates that daf-7 and tph-1 carry non-redundant information about food abundance.
These combinations achieved promising results in vitro, and in our hands TG101209 in combination with either BEZ235 or the HSP90 inhibitors 17-AAG and Radicicol induced a moderate and mostly additive loss of cell viability (data not shown).
A reduction was also observed when S571 was mutated to alanine (S571A) and UVRAG with combined S550A and S571A mutations (dblA) resulted in an additive loss of P incorporation.
Treatment of chondrocytes with TNF-α + EGF resulted in additive losses of aggrecan and type II collagen mRNA (93 ± 2% and 79±4%4%, respectively).
Thus, although single functional group removals from the vinblastine lower subunit typically result in pronounced and additive losses in activity, two unprecedented deep-seated structural changes to the core structure were found that maintain potent activity.
We have instead included it as supplement to Figure 5 since it illustrates how mutations in the TEL-patch and the TEN-domain display additive losses in RAP stimulation if they affect residues that do not directly interact, solidifying our in vitro analysis of the interaction between telomerase and TPP1.
We define the point-additive loss of a segment with given parameter θ as c r, θ = ∑ i ∈ r γ y i, θ, therefore its optimal cost is c(r)= min θ{ c r, θ)}.
However, after adding the additive, the loss tangent significantly decreased at low frequencies (< 1 kHz) which resulted in a wider range of frequency stability (10 Hz to 10 kHz).
