"immunity improvement" is a correct and usable phrase in written English.
It refers to the act or process of enhancing or strengthening one's immune system. You can use "immunity improvement" when discussing ways to boost your immune system, such as through diet, exercise, or taking supplements. For example: "Regular exercise and a balanced diet are key factors in immunity improvement."
Simulation results show at least 40% reduction of power consumption and 1.2X noise immunity improvement compared to the conventional dynamic circuits at the same delay.
Modern pharmacological studies showed that C. spicatus has a wide range of effects including anti-inflammation, diuresis, antibiosis, renal function improvement, anti-hyperglycemia, anti-gout, pressure release, anti-tumor and immunity improvement [2].
Immunity improvement is illustrated by the study of Berger and colleagues, with reduction of nosocomial pneumonia in burnt patients under multi-trace-element supplementation.
The simulation results are compared with that of standard domino circuits at the same delay, and 35% power consumption reduction and 2.31× noise-immunity improvement are observed.
The results demonstrate 20% power reduction and 2× noise-immunity improvement in the implemented register file using the proposed circuit at the same delay compared to the standard domino circuits.
It is therefore essential to elucidate the molecular basis of their genetic reprogramming upon stimulation of various sorts towards a better understanding of immunity and improvement of DC-based immunotherapies.
In modern Chinese Medicine, it has been used for cardiovascular and immunity system improvement [ 37, 38].
In addition, the detection of both natural and vaccine-induced T cell immunity needs further improvement.
Our data demonstrate that FMT not only repairs an enteric microbial barrier but also feeds back to modulate host immunity, resulting in improvement of clinical outcomes.
Improvement in immunity could have been mediated through improved production of antimicrobial substances, attachment in intestinal mucosal sites, inhibition of the attachment and growth of pathogenic organisms by achieving competitive exclusion and microbial balance leading to regeneration of gut epithelium and consequently resulting in better absorption of nutrients [43] [46].
The analysis is carried out by using an analytical 2-D subthreshold behavior model consolidated with numerical simulations (SILVACO), where the proposed structure shows an improvement and immunity against the hot carriers in terms of threshold voltage and swing factor.
