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Andrew Norman on Muck Rack

Andrew Norman

Cincinnati
As seen in: Nature, Wiley Online Library, BroadwayWorld, Curbed, UCSF Synapse, Cell Press, Great British LIFE, The Norman Transcript, Dorset Echo, databazeknih.cz and
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Articles

Agatha Christie: Dokončený portrét

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By Andrew Norman
| databazeknih.cz
O knize Agatha Christie: Dokončený portrét Andrew Norman se pokouší ve své knize nabídnout klíč k záhadám, jež vzrušují čtenáře knih slavné Agathy Christie neméně než detektivní příběhy Hercula Poirota a slečny Marplové: snaží se totiž nalézt odpovědi na nikdy neobjasněné události a sporné otázky Agathina pestrého života. Mezi ně patří především její zmizení v roce 1926, kdy byla spisovatelka jedenáct dní nezvěstná.
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Observing strong optical nonreciprocity from magnetically doped Dirac semimetals

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By Bardia Nabavi, Sina Jafari Ghalekohneh, Herve Ness, Dimitar Pashov, Mark van Schilfgaarde, Ian Leahy, Anthony Rice, Andrew Norman, Kirstin Alberi, Bo Zhao
| Nature Verified
Abstract Many contemporary photonic and optoelectronic technologies rely on strong electromagnetic nonreciprocity at infrared frequencies. However, achieving a strong nonreciprocal effect in the infrared remains extremely challenging due to the lack of materials with inherently large nonreciprocal optical responses. Magnetic Weyl semimetals offer a promising solution, but the choice of materials has thus far been limited.
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Using cocaine and apomorphine self-administration in rats to measure the pharmacokinetics of competitive dopamine receptor antagonists administered by different routes | Scientific Reports

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By Andrew Norman
| Nature Verified
Abstract Cocaine self-administration behavior in rats is explained by a pharmacokinetic/pharmacodynamic interaction model. This self-administration model represents a pharmacological bioassay system that can measure the pharmacokinetics and the pharmacodynamic potency of self-administered stimulants, and also dopamine receptor antagonists. However, the time course of effect of antagonists reflects in part their pharmacodynamic potency, complicating conclusions about their pharmacokinetics.
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