The phrase "activation autoradiography" is correct and usable in written English.
It is typically used in scientific contexts, particularly in fields like biology and medical imaging, to describe a technique for visualizing the distribution of radioactively labeled substances in a sample.
Example: "The researchers employed activation autoradiography to analyze the localization of the drug within the tissue samples."
Alternatives: "radioactive imaging" or "radiolabeled autoradiography".
neutron activation autoradiography.
Another important method for the study of hidden paintings is neutron activation autoradiography (NAAR), which allows the identification of a wide range of pigments [10].
A recent, comparative study with MA-XRF and neutron activation autoradiography of Rembrandt's Susanna and the Elders from 1647 in Berlin indicated the presence of an As pigment in lower layers of Susanna's red cloak located at the right side of the painting [27].
For the Record: An earlier version of this article misspelled "neutron activation autoradiography" as neuron activation autoradiography.
In 1996 the Getty had probed for the ghost inside its Rembrandt with a less precise, earlier generation technique called neutron activation autoradiography.
Translocator protein (TSPO) expression and microglia activation were assessed with [125I]-CLINDE autoradiography and OX-42 immunohistochemistry, respectively, 7 days post-SE.
Kinase activity was detected by autoradiography.
For DAMGO-activated [35S]GTPγS autoradiography, data were expressed as % activation, where % activation = [ activated – basal)/basal] X 100.
Our results of IB4 histochemistry and TSPO labelling by in vitro autoradiography evidenced an early microglial activation that persisted at least for 38 days during which TNF- α secretion and YM1 and GR genes expression followed different patterns of activation.
In this study we describe the construction of a radiolabeled single-chain antibody targeting the LIBS-epitope of activated platelets to selectively depict platelet activation and wall-adherent non-occlusive thrombosis in a mouse model with nuclear imaging using in vitro and ex vivo autoradiography as well as small animal SPECT-CT for in vivo analysis.
Functional activation of G-proteins can be imaged by [35S]GTPγS autoradiography.
