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by
Chen, Rebecca P., author.
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Excerpt:
Programming Strand Displacement Circuits for Dynamic Protein Assembly in Cancer Cells / Chen
by
Wang, Sijie, author.
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Genome-Scale Screening in Mammalian Cells Using CRISPR-Cas9 System / Wang, Sijie, author.
by
Lopes, Tânia Sofia Teixeira, author.
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Characterization and phenomenological modeling of photoelectrochemical cells for hydrogen
by
Qiu, Yang, author.
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Rational Design of Advanced Electrocatalysts for Oxygen and Hydrogen Reactions in Fuel Cells and
by
Ramezaniankeikanloo, Somayeh, author.
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Mechanics of Pseudomonas putida Cells and Biofilms / Ramezaniankeikanloo, Somayeh, author.
by
Crose, Marquis Grant, author.
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Control of Plasma-Enhanced Chemical Vapor Deposition of Thin Film Solar Cells / Crose, Marquis Grant
by
Yarovoy, Iven, author.
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Cells in Cancer via Optical Imaging / Yarovoy, Iven, author.
by
Keibler, Mark Andrew, author.
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An Integrated Approach to Understanding the Metabolic Rewiring of Cancer Cells / Keibler, Mark
by
Mashhadi Hassan, Samira, author.
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All cells of cellular organisms need to communicate with each other and their surroundings
by
Yang, Guangxing, author.
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energy density than hydrogen fuel cells. However, implementation of DEFCs is hampered by low selectivity
by
Datta, Meenal, author.
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similar aberrant features in their microenvironments, including densely packed cells, an overabundance of
by
Shan, Mengrou, author. (orcid)0000-0001-6385-9064
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endothelial cells in these processes with an experimental set-up in vitro. The third chapter discusses a study
by
Alkhadra, Mohammad Ayman, author.
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associated with flexible applications, such as solar cells, active-matrix displays, and biomedical sensors
by
Halim, Willy Sandi, author.
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lithium-sulfur cells.
by
Smith, Daniel, author.
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that can mimic the environment cells perceive in vivo, allowing cells to proliferate and grow on the
by
Nemade, Tushar Vijay, author.
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supernatant (EPS-S) and living cells that were washed to remove the EPS and resuspended in fresh media (LCFM
by
Kim, Jae Jung, author.
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cells are spread on the particles and spatially patterned only on the functionalized region. Thus, cells
by
Stebbins, Matthew James, author.
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incorporate these cells into a previously established iPSC-BMEC/astrocyte/neuron model of the neurovascular
by
Liu, James Y., author.
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vitro with a strain of head and neck cancer cells (15B). In the presence of glucose from external media
by
Li, Zhaodong, author.
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photoelectrochemical (PEC) water splitting, solar cells, batteries and supercapacitors.
by
Gupta, Prachi, author.
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oxygen species (ROS), which can result in the growth arrest of cells followed by cell disintegration or
by
Champaklal, Sanket Shah, author.
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-increasing attention in recent years, mainly due to developments in fuel cells and environmental pressures including
by
Sezen Edmonds, Melda, author.
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near-UV organic solar cells to regulate the transmission of visible light and near-infrared heat in a
by
Spangler, Leah, author. (orcid)0000-0003-0070-1301
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markers for the bio-imaging of cancer cells, and as a stable photocatalyst for H2 generation. Lastly
by
Siedlik, Mike John, author.
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extracellular cues to properly move, divide, and change their shape relative to neighboring cells. Inspired by
by
Tran, Vu, author.
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antibiotic-resistant infections that are acquired in hospitals. Donor cells that contain plasmid pCF10 have
by
Chadderdon, David J., author. (orcid)0000-0002-4630-0514
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. Electrolytic cells can utilize renewable energy directly by employing sunlight-absorbing semiconductor
by
Fursule, Ishan A., author.
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, molecular machines, solar cells, temporary memory storage, and biomedical materials. Specifically, photo
by
Choudry, Tayyiaba Iqbal, author.
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attention due to high demand for on-board hydrogen generation for fuel cells applications. Pd
by
Han, Jung Yeon, author. (orcid)0000-0003-2518-7724
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preparation typically involves isolating and concentrating a population of target molecules, cells, or
by
Li, Yuan, author.
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cells, but decreases in MCF-10A cells. Cancer nuclear abnormalities are uncorrelated with the amount of
by
Gilmore, Rachel Hoffman, author.
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solar cells, light-emitting diodes, photodetectors, and thermoelectrics. In many of these applications
by
Bhute, Vijesh J., author.
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metabolomics can be used to classify the types of DNA damage responses (DDRs). We observed that in MCF7 cells
by
Zayas-Gonzalez, Yashira M., author.
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immobilized on and, in some cases, internalized by mammalian cells without affecting a response in the LC
by
Tessema, Misle M., author.
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cells that have pinholes and on an artificially scribed pinhole. After the electro deposition of
by
Drufva, Erin, author. (orcid)0000-0001-6497-9949
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One major area of synthetic biology is to engineer microbial cells and subcellular systems for
by
Rohani, Parham, author. (orcid)0000-0003-2716-7372
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of cancer cells, hydrogen generation from water, and high energy density fuels. Boron is particularly
by
Lu, Chenlin, author.
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the original model, with two new types of cells, mesenchymal stem cells (MSCs) and osteoblasts (OBs
by
Liu, Zhuang, author.
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large-scale application of fuel cells and metal-air batteries. Among the non-precious-metal catalysts
by
Bierman, Rebecca Dorian, author.
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, prevention or reversal of the glial scar formation, introduction of exogenous neural cells and stimulation of
by
Majji, Madhu Venkata Rama Krishna, author.
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to culture cells, for example. (Abstract shortened by ProQuest.).
by
Kim, Seong-Eun, author.
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stability against photobleaching, are readily internalized by cancer cells, are significantly less
by
Koeper, Mark J., author.
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, solution processing of thin film solar cells is currently under investigation. Here, nanoparticle based
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