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Editor's Note on 'Expanding the repertoire of DNA polymerase substrates: template-instructed incorporation of non-nucleoside triphosphate analogues by DNA polymerases β and λ'. [PDF]
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Nonphotographic Alpha Autoradiography and Neutron-Induced Autoradiography
Science, 1970With a new combination of two techniques, (i) alpha-particle or fission fragment registration in thin polymer foils by etching and (ii) automatic counting and magnification of the etched perforations by local evaporation of a thin metal layer with an electric spark, the sensitivity of conventional photographic methods for determining quantity and ...
K, Becker, D R, Johnson
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2023
Autoradiography, the direct imaging of radioactive distribution in tissue sections, is a powerful technique that has several key advantages for the validation of PET radiotracers. Using autoradiography, we can localize radiotracer uptake to neighbours of cells, and when multiplexed with additional radiotracers, fluorescent probes, or in situ tissue ...
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Autoradiography, the direct imaging of radioactive distribution in tissue sections, is a powerful technique that has several key advantages for the validation of PET radiotracers. Using autoradiography, we can localize radiotracer uptake to neighbours of cells, and when multiplexed with additional radiotracers, fluorescent probes, or in situ tissue ...
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Current Protocols in Protein Science, 1997
AbstractThis overview provides a thorough discussion of the theory and application of autoradiography for determining the spatial distribution of radioisotope‐labeled substances within a membrane or specimen material. The various types of film are discussed along with instructions on their correct handling.
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AbstractThis overview provides a thorough discussion of the theory and application of autoradiography for determining the spatial distribution of radioisotope‐labeled substances within a membrane or specimen material. The various types of film are discussed along with instructions on their correct handling.
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Analytical Biochemistry, 1974
Abstract A method is described for double label autoradiography of thin-layer chromatograms. The method relies upon the ability to increase the sensitivity of 3H detection following treatment of the chromatography plate with a scintillation fluor without simultaneously increasing the sensitivity to 14C.
E, Gruenstein, T W, Smith
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Abstract A method is described for double label autoradiography of thin-layer chromatograms. The method relies upon the ability to increase the sensitivity of 3H detection following treatment of the chromatography plate with a scintillation fluor without simultaneously increasing the sensitivity to 14C.
E, Gruenstein, T W, Smith
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Freeze-fracture-autoradiography
Histochemistry, 1976A new method for the electron microscope autoradiography of soluble substances in frozen tissue is described. The basic features of the method are freeze fracturing, the application of a suitable monolayer followed by exposure at low temperature and finally the separation of tissue and the replica-monolayer-sandwich after photographic processing.
E, Rix, A, Schiller, R, Taugner
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Electron microscope autoradiography
Experimental Cell Research, 1961Experiments combining the techniques of tritium autoradiography with the high resolving power of the electron microscope in conjunction with an extremely thin section and overlying emulsion are discussed. Although autoradiographic techniques were successfully applied to ultra-thin sections and the high resolution of the electron microscope, silver ...
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Current Protocols in Pharmacology, 1998
AbstractThe light‐microscopic localization of receptors and other molecules by autoradiography of radioligand binding in tissue sections provides a high degree of anatomical resolution and the ability to associate even small quantities of binding sites with anatomical structures. The basic procedure in this unit involves incubating slide‐mounted tissue
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AbstractThe light‐microscopic localization of receptors and other molecules by autoradiography of radioligand binding in tissue sections provides a high degree of anatomical resolution and the ability to associate even small quantities of binding sites with anatomical structures. The basic procedure in this unit involves incubating slide‐mounted tissue
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