Examples of 'treatment increased' in a sentence
Meaning of "treatment increased"
treatment increased - the action of enhancing or augmenting a particular therapy or medical intervention
How to use "treatment increased" in a sentence
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treatment increased
Prolactin treatment increased mucous cell counts.
The difference in ADG diminished as time on treatment increased.
Seven days of treatment increased mucous secretion.
Transfers of substances other than metals to recycling and treatment increased by over 4 million kg.
The treatment increased the viscosity of the fruit juices.
Previous studies have suggested that SAHA treatment increased the lifespan of mice with SMA.
Butyrate treatment increased the amount of antibody produced per cell.
As is apparent from Fig . 3 the photochemical treatment increased transduction at all virus doses tested.
Treatment increased arterial pressure and decreased the pressure reactivity to phenylephrine.
The rough treatment increased.
Treatment increased blood pressure and decreased the contractile responses of the aortic rings to phenylephrine.
Last year's high tunnel treatment increased berry yield significantly.
IL8 treatment increased the formation of primary and secondary tumorospheres in a dose-dependent manner.
Also, both continuous and intermittent treatment increased neurotensin transcription in the nucleus accumbens.
IL8 treatment increased the formation of primary ( B ) and secondary mammospheres ( C ) in a dose-dependent manner.
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The results showed that DTA-1 antibody treatment increased proliferation compared to an isotype control.
NA treatment increased the expression of these genes.
In Coimbra, prevalence among IDUs in treatment increased from 9 to.
Estradiol treatment increased epithelial height to a thickness greater than intact rats.
In contrast, we found that 30 days of methylprednisolone treatment increased IPO levels.
It suggests that isoflurane treatment increased the hypoxic tolerance of the hippocampal slice.
This treatment increased the mechanical stability of the particles with a factor of about 4.
The researchers also found that nutlin-3 treatment increased the expression of p53.
Logging residue treatment increased the concentrations of certain terpenes in the organic layer.
The number of patients seeking treatment increased eight-fold as compared to the year before.
Steroid treatment increased cytosolic MAPK tyrosine phosphorylation, but not enzymatic activity.
As expected, estrogen treatment increased the skeletal retention of 3H-T.
Rx-1 treatment increased IRS2 gene expression in the liver of treated rats.
Also, Salagen treatment increased salivary flow.
Rx-1 treatment increased Gck gene expression in the liver of OB / IR rats.
Elevated temperature treatment increased the absolute value of gs only at higher Dv and Tl.
The DR treatment increased GSH-Px and catalase activities.
In addition, semaglutide treatment increased fasting insulin concentrations compared to placebo.
Atorvastatin treatment increased the chance of developing a haemorrhagic stroke by 69 %.
FIGS . 3A-3B report that Blautix treatment increased the microbiota network connectivity of certain health-associated taxa.
PREP inhibition treatment increased the locomotor activity of the mice, but the significance is unclear.
Compound A treatment increased reticulocyte count in anemic animals.
This combinatorial treatment increased regulatory T cells and maintained pancreatic islet physiology and function.
High potassium treatment increased dopamine release from both PC12 and adrenal medullary cells.
EXONDYS 51 treatment increased the marker, dystrophin, in skeletal muscle in some patients.
In mice, melatonin treatment increased the production of T cells, natural killer cells, and monocytes.
Aromatase inhibitor treatment increased significantly the maximum and mean flow rates of AD animals ( Table 2 ).
The FD treatment increased total nitrate loss by 57 % compared to the CDS treatment.
Dopamine treatment increased their BMD and strengthened their bones ( R ).
Transfers to treatment increased by 14 percent and those to sewage by 10 percent.
We observed that treatment increased up to 300 % biodegradability of water production.
Anti-miR-21 treatment increased PPAR-alpha protein, suggesting a stimulation of metabolic pathways.
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Increased volume and value of fishery output
Volume will be increased only in receiver mode
Increased awareness of staff members on ethical issues
