The phrase "allowed us to quantitate" is correct and usable in written English.
It can be used in scientific or technical contexts where you are discussing the ability to measure or assess something quantitatively.
Example: "The new methodology allowed us to quantitate the levels of pollutants in the water samples accurately."
Alternatives: "enabled us to measure" or "permitted us to assess quantitatively."
We accomplished this by developing a modification of the standard IVC assay that allowed us to quantitate target cell lysis within tumors.
This allowed us to quantitate transcripts from 12,078 protein coding genes, including 9667 genes whose mRNA expression was measured separately in each of the three pooled, elutriated fractions and in asynchronous cells.
Clonogenic assays and liquid culture differentiation allowed us to quantitate the proportion of megakaryocytic, erythroid, monocytic and granulocytic cells and to estimate if the perturbation of one micro-RNA expression can change the balance of the following commitment.
Measurement of the ratio between synaptic and extrasynaptic Hts immunofluorescence intensity, which allowed us to quantitate Hts localization at the NMJ, revealed no significant difference between the two versions of Hts (Fig. 2E).
It also allows us to quantitate dynein-mediated cargo motion in vivo, providing a framework for investigating how dynein's activity is controlled.
We have not yet developed the technology that would allow us to quantitate the amount of antibodies to hnRNP A1 in individual patients.
This method allows us to quantitate the fraction of a residue that is acetylated, and the utilization of multiple SRMs allows us to observe every lysine residue of histone H3 and H4 simultaneously.
The system allows us to quantitate the HSR at high temporal (every 4 minutes with 100 plants) and spatial (~2.4μm with our current camera and optics) resolution with a 12 bit dynamic range.
The advantage of Algorithm 2 is that it allows us to quantitate the effect of rescaling and to get the best possible computational performance for a given error tolerance.
Although the somatic mutation rate at the nucleotide level in vivo was difficult to quantitatively measure due to the complexity of the genome and laborious molecular detection processes, recent advances in MPS technologies have allowed us to directly quantitate somatic mutations in human genome.
A fluorimetric ECM cell adhesion array kit (Chemicon International) allowed us to screen for and quantitate the binding affinity of cells to 7 different human ECM proteins.
