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by
Quijano, Lina M., author.
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perform due to the lack of spatial and temporal control of microenvironmental factors. The overall
by
Fouad, Anthony Demharter, author.
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Understanding the neuronal control of movement has been a central goal of neuroscience for decades
by
Pavlović, Mirjana. author.
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Roote Apical Meristems -- Lateral Meristems -- External Control of the Plant Stem Cells -- Signaling and
by
Joukar, Amin, author.
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presence of threads on the implant provided higher control on the SIJ motion. The motion reduction at the
by
Onal, Birce, author.
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of the atrial cell with constitutive increase in INa,L, compared to wildtype control. These
by
Clark, Elizabeth S., author.
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stenosis in both treated and control animals, Cdh5 TGF-beta; pathway modulation results in altered
by
McCutcheon, Sean, author.
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control small molecule diffusion between discrete cell populations. This system was particularly suited
by
Rubenstein, David.
ScienceDirect http://www.sciencedirect.com/science/book/9780123813831
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6.3. Local Control of Blood Flow6.4. Pressure Distribution Throughout the Microvascular Beds; 6.5
by
Krames, Elliot.
ScienceDirect https://www.sciencedirect.com/science/book/9780123742483
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application include: control of chronic pain delivery of drugs to the nervous system via implanted devices
by
Yarovoy, Iven, author.
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signal and lack of significant tumor killing. In a control group, mice without tumor were treated with 1E
by
Shin, Daniel W., author.
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Bl/6J mice femur groups were prepared: a control and CKD groups. All femurs were scanned with a Micro
by
Mohapatra, Ankita, author.
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The results showed that both electric and magnetic stimuli can be used to control drug discharge