Search Results - "Kotz, K.T."

Separation of lymphocytes using acoustic microfluidics by Kotz, K.T, Dubay, R, Berlin, D, Fiering, J

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Enhanced viral transduction efficiency for manufactured cell therapies using microfluidic technology by Moore, N, Chevillet, J, Healey, L, McBrine, C, Doty, D, Santos, J, Teece, B, Mott, V, Tandon, V, Borenstein, J.T, Balestrini, J, Kotz, K.T

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93. Neutrophil Genomics in ALI/ARDS by Warner, E.A, Kotz, K.T, Baker, H.V, Martin, L.C, Toner, M, Layon, A.J, Gabrielli, A, Moldawer, L.L

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31 - Separation of lymphocytes using acoustic microfluidics by Kotz, K.T., Dubay, R., Berlin, D., Fiering, J.

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279 - Enhanced viral transduction efficiency for manufactured cell therapies using microfluidic technology by Moore, N., Chevillet, J., Healey, L., McBrine, C., Doty, D., Santos, J., Teece, B., Mott, V., Tandon, V., Borenstein, J.T., Balestrini, J., Kotz, K.T.

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Optical microfluidics by Kotz, K. T., Noble, K. A., Faris, G. W.

“…We present a method for the control of small droplets based on the thermal Marangoni effect using laser heating. With this approach, droplets covering five…”
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The Mechanism of a C-H Bond Activation Reaction in Room-Temperature Alkane Solution by Bromberg, Steven E., Yang, Haw, Asplund, Matthew C., Lian, T., McNamara, B. K., Kotz, K. T., Yeston, J. S., Wilkens, M., Frei, H., Bergman, Robert G., Harris, C. B.

“…Chemical reactions that break alkane carbon-hydrogen (C-H) bonds are normally carried out under conditions of high temperature and pressure because these bonds…”
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Femtosecond infrared studies of ligand rearrangement reactions: silyl hydride products from Group 6 carbonyls by Kotz, K.T, Yang, H, Snee, P.T, Payne, C.K, Harris, C.B

“…The ultrafast dynamics of the SiH bond activation reaction by the Group 6 d 6 organometallic compounds M(CO) 5 (M=Cr, Mo, and W) have been studied in neat…”
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Ultrafast infrared studies of the reaction mechanism of silicon-hydrogen bond activation by {eta}{sup 5}-CpV(CO){sub 4} by Snee, P.T., Yang, H., Kotz, K.T., Payne, C.K., Harris, C.B.

“…The photochemical Si-H bond activation reaction by the group VB, d{sup 4} organometallic compound {eta}{sup 5}-CpV(CO){sub 4} (Cp = C{sub 5}H{sub 5}) has been…”
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Femtosecond infrared studies of a prototypical one-electronoxidative-addition reaction: Chlorine atom abstraction by the Re(CO)5radical by Yang, H., Snee, P.T., Kotz, K.T., Payne, C.K., Frei, H., Harris,C.B.

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Femtosecond infrared studies of a prototypical one-electron oxidative-addition reaction: Chlorine atom abstraction by the Re(CO){sub 5} radical by Yang, H., Snee, P.T., Kotz, K.T., Payne, C.K., Frei, H., Harris, C.B.

“…Oxidative-addition is one class of fundamental reactions of organometallic complexes. A comprehensive understanding of the mechanism requires knowledge of they…”
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Differential optical imaging using inhaled gases by Dixit, S., Kotz, K.T., Amin, K., Faris, G.W.

“…We show how inhalation of oxygen and carbon dioxide elicits contrast from changes in oxyhemoglobin and deoxyhemoglobin. This method holds good promise for…”
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Optical control of droplet-based microfluidics by Kotz, K.T., Noble, K.A., Faris, G.W.

“…We have constructed a single optical system to manipulate and react small droplets, based on the thermal Marangoni effect. We have observed droplet fusion and…”
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Imaging the dynamic tissue response to inhaled carbogen by Kotz, K.T., Amin, K., Orduna, J., Boenig, W.A., Faris, G.W.

“…We have measured the dynamic changes in the optical properties of tissues in response to inspiratory hypercapnia and hyperoxia. We observed enhanced image…”
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Microfluidics with near infrared fluid handling by Kotz, K.T., Yu Gu, Paris, G.W.

“…We have constructed a near infrared optical system to induce thermal gradients sufficient to controllably manipulate small aqueous droplets. We have fused…”
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