Examples of 'longer half-life' in a sentence
Meaning of "longer half-life"
longer half-life: This phrase is commonly used in the context of pharmacology and chemistry to describe the amount of time it takes for the concentration of a substance to decrease by half. It refers to the duration for which a substance remains active or present in the body or a system before it is reduced to half its initial concentration
How to use "longer half-life" in a sentence
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longer half-life
A longer half-life corresponds to a more stable compound.
The reason for this longer half-life is unknown.
The longer half-life allows for once daily dosing.
Sustained and lasting effects due to its longer half-life.
It has a longer half-life and is effective in protecting against pathogens.
Octreotide is a synthetic analogue with a longer half-life than somatostatin.
In theory, longer half-life steroids do a better job of preventing fibrous tissue formation.
More effective treatment - development of treatment products with a longer half-life.
Tramadol has a slower absorption and longer half-life when compared to acetaminophen.
Each exhibits desirable plasminogen activating characteristics, including longer half-life.
The longer half-life is crucial to achieve the maximum increase in efficiency of avidins.
In contrast, antibody therapeutics tend to possess greater stability and longer half-life.
They have a much longer half-life than the traditional IgE allergy.
Impairments are greater with higher dosages and with drugs that have a longer half-life.
Salmon calcitonin, however exhibits a relatively longer half-life than does porcine or human calcitonin.
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Teicoplanin is a structural congener of vancomycin that has a similar activity spectrum but a longer half-life.
Cefazolin is preferred because its longer half-life allows for less frequent dosing.
Terlipressin is a synthetic analog of vasopressin with less collateral effects and longer half-life than it.
These fatty acids show a longer half-life in the blood than natural fatty acids.
This substitution is the reason why procainamide exhibits a longer half-life time than procaine.
The peroxide group with the longer half-life forms block copolymers at higher temperatures.
The in vitro assessment can indicate performance, improved resistance and a longer half-life in vivo.
This chimeric protein has a longer half-life compared to the natural monomeric equivalent hTNFR-Is.
Milbemycin compounds have a similar mechanism of action, but a longer half-life than the avermectins.
Chloramine has a longer half-life in the distribution system, and maintains effective protection against pathogens.
They have a similar mechanism of action, but a longer half-life than the avermectins.
In this case, a longer half-life of the active substance is possible.
There is also a need for analogs of tetrabenazine that exhibit a longer half-life than tetrabenazine.
Furthermore, longer half-life benzodiazepines require less dose micro-management.
In comparison with the original peptide, such a peptoid has a longer half-life in the blood.
It has a longer half-life.
When administered to humans, the product produced by this process appears to have a longer half-life.
This is seen in the lower clearance and longer half-life of Fc-OB over OB protein.
A variant with improved stability may have increased efficacy in the body, resulting from a longer half-life.
The Buprenorphine ingredient in Suboxone has a much longer half-life in comparison to other opioids.
Around a year used throughout this report because was the highest also comes with a longer half-life.
This variant protein is reported to have a longer half-life than the native protein C.
PNA antisense compounds are resistant to RNAse H digest and thus exhibit longer half-life.
As a result, it has a much longer half-life in comparison.
However, the inventive IgG protein conjugate showed a much longer half-life.
However, it compensates for a longer half-life and a weak affinity for SHBG.
The pharmacokinetic studies are consistent with the PEG-IFN samples having a longer half-life and increased AUC.
Octreotide, which has a longer half-life than somatostatin, is capable of binding to somatostatin receptor ( SSTR ).
However, capecitabine itself showed higher concentrations and a longer half-life when combined with trastuzumab.
Alprolix, a longer half-life factor IX, approved by Health Canada.
However, capecitabine itself showed higher concentrations and a longer half-life when combined with Herceptin.
However, the longer half-life represents less than 5 % of the total AUC.
Larger radioactive fallout, longer half-life.
It has a longer half-life ( 6 days ) and a higher binding affinity to the AR than HF.
Avodart has a much longer half-life.
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Examples of using Half-life
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The half-life was prolonged in these patients
There is no change in half-life during treatment
Each elimination phase determines a half-life
