Search Results - MacLaughlin, Ian

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  1. 1
    27-OR: High sensitivity chimerism detection by real-time quantitative PCR

    27-OR: High sensitivity chimerism detection by real-time quantitative PCR by Lazaruk, Katherine D, Stein, Jason, Bost, Doug, MacLaughlin, Ian, Krausa, Pete, McGinnis, Malcolm

    Published in Human immunology
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  2. 2
    Mullerian Inhibiting Substance Acts as a Motor Neuron Survival Factor in vitro

    Mullerian Inhibiting Substance Acts as a Motor Neuron Survival Factor in vitro by Pei-Yu Wang, Kyoko Koishi, Andrew B. Mc Geachie, Michael Kimber, MacLaughlin, David T., Donahoe, Patricia K., Ian S. Mc Lennan

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  3. 3
    Müllerian inhibiting substance is anterogradely transported and does not attenuate avulsion-induced death of hypoglossal motor neurons

    Müllerian inhibiting substance is anterogradely transported and does not attenuate avulsion-induced death of hypoglossal motor neurons by Clarkson, Andrew N., Talbot, Caroline L., Wang, Pei-Yu, MacLaughlin, David T., Donahoe, Patricia K., McLennan, Ian S.

    Published in Experimental neurology
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  4. 4
    Polymerization-Induced Phase Segregation and Self-Assembly of Siloxane Additives to Provide Thermoset Coatings with a Defined Surface Topology and Biocidal and Self-Cleaning Properties

    Polymerization-Induced Phase Segregation and Self-Assembly of Siloxane Additives to Provide Thermoset Coatings with a Defined Surface Topology and Biocidal and Self-Cleaning Proper... by Mansouri, Jaleh, Truong, Vi Khanh, MacLaughlin, Shane, Mainwaring, David E, Moad, Graeme, Dagley, Ian J, Ivanova, Elena P, Crawford, Russell J, Chen, Vicki

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  5. 5
    Muellerian inhibiting substance is anterogradely transported and does not attenuate avulsion-induced death of hypoglossal motor neurons

    Muellerian inhibiting substance is anterogradely transported and does not attenuate avulsion-induced death of hypoglossal motor neurons by Clarkson, Andrew N, Talbot, Caroline L, Wang, Pei-Yu, MacLaughlin, David T, Donahoe, Patricia K, McLennan, Ian S

    Published in Experimental neurology
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