Optically induced microfluidic reconfiguration von Krishnan, Mekala, Erickson, David

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Solving the Productivity Puzzle: The Role of Demand and the Promise of Digitization von Remes, Jaana, Mischke, Jan, Krishnan, Mekala

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Dynamically programmable fluidic assembly von Tolley, Michael T., Krishnan, Mekala, Erickson, David, Lipson, Hod

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Optically induced microfluidic reconfigurationElectronic supplementary information (ESI) available. See DOI: 10.1039/c1lc20891h von Krishnan, Mekala, Erickson, David

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Optothermorheological flow manipulation von KRISHNAN, Mekala, PARK, Joonsik, ERICKSON, David

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Hydrodynamically Tunable Affinities for Fluidic Assembly von Krishnan, Mekala, Tolley, Michael T, Lipson, Hod, Erickson, David

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Optofluidically reconfigurable channel based microfluidics von Krishnan, Mekala, Erickson, David

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Increased robustness for fluidic self-assembly von Krishnan, Mekala, Tolley, Michael T., Lipson, Hod, Erickson, David

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Opto-thermorheologically reconfigurable microfluidics von Park, J., Krishnan, M., Erickson, D.

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Is the Solow Paradox back? von Mekala Krishnan, Mischke, Jan, Remes, Jaana

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Creating optically reconfigurable channel based microfluidic systems von Krishnan, M, Erickson, D

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Statistical optimization of media composition for synthesis of bacterial cellulose nanoparticles von Krishnan, M. Hari, Kumar, S. K. Prasanna, Sivarajasekar, N., Maran, J. Prakash, Venkatachalamand, Mekala, Ponmurugan, K.

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Multimodal Data Fusion Integrating Text and Medical Imaging Data in Electronic Health Records von Rele, Mayur, Julian, Anitha, Patil, Dipti, Krishnan, Udaya

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