15, 55, 58 In circumstances of chronic inflammation from an exposure like smoking, these genetically determined "phenotypes" determine which smokers have aberrant lung remodeling ("hyper-responsive") and develop COPD and which smokers maintain near-normal lung function ("hyporesponsive").
Most museums have taken the plunge into mobile provision, implementing responsive design and developing customised mobile apps.
This Task Force works to identify issues and develop responsive strategies that address students' experiences both in and outside of the classroom related to diversity, inclusion and a sense of belonging on campus.
Once CD122 is expressed, NKPs now become responsive to IL-15 and develop further into immature NK cells (iNK) marked by CD27lo CD11blo and the progressive expression of activating and inhibitory receptors.
In order to be an "agent of change" for young children under their care and develop a "responsive relationship" with them, it is important for teachers to be resourceful in terms of their own internal strength and resources.
So, if you're looking to bring your business to the top then you'll have to follow the steps of some of the best website designs and develop a responsive website in order to provide a seamless UX.
The review sought to answer three questions: - Which PROMs designed to measure the outcome of TKA have been shown to be valid, reliable, responsive and systematically developed?
For the plant to sustain drought stress, CAMTA1 protein channelizes several stress responsive cell processes and develops plethora of responses that might help the plant to acclimatize and survive in the stressed environment.
Even though a large percentage of breast cancer patients show pathological complete remission after standard treatment regimes, approximately 30 40% are non-responsive and ultimately develop metastatic disease.
To apply the directed evolutionary approach to engineer the 3-HP production system, we constructed a synthetic selection device using a 3-HP-responsive transcription factor and developed a selection approach for screening 3-HP-producing microorganisms.
Our goal is to select and develop stimuli responsive interfacial coupling materials for nanocomposites that will enhance substrate mechanical properties during use but cause triggered disintegration when exposed to the appropriate aqueous environment.
