Autoradiografifilm

Supplier: Thermo Fisher Scientific

CL-XPosure™ Film is a clear blue X-ray film recommended for the detection and documentation of blotting assays.

Supplier: CARESTREAM HEALTH

BioMax® MS film er en højtydende autoradiografifilm med maksimal følsomhed, som kan anvendes til alle formål. Ved anvendelse med BioMax® TranScreen HE-forstærkningsskærm giver den 4 til 8 timers større følsomhed ved detektion af ³²P sammenlignet med andre kombinationer af autoradiografifilm og forstærkningsskærme. Denne film/skærm-kombination er ideel til detektion af Northern, Southern og Dot Blotting, især med hensyn til detektion af prøver med lav intensitet eller reduceret eksponeringstid.

Supplier: CARESTREAM HEALTH

The BioMax® MS intensifying screen is optimised for use with BioMax® MS film to maximise sensitivity for detection of ³²P and ¹²⁵I labelled samples.

Supplier: CARESTREAM HEALTH

Designed for use with gamma emitters such as ¹²⁵I and high-energy beta emitters, such as ³²P, the BioMax™ TranScreen HE intensifying screen offers the greatest sensitivity. When used in conjunction with the BioMax™ MS film, the system equals or exceeds the image quality of conventional autoradiography screen/film systems. By minimising the distances between the radioisotope and phosphor layer, it presents the phosphor to the emitting particles immediately, for less scattering and better spatial resolution.

Supplier: CARESTREAM HEALTH

BioMax® Light is a double emulsion film that provides maximum clarity and sensitivity for detection of chemiluminescent-labelled samples. BioMax® Light produces the highest signal-to-noise ratio of any Kodak film for detection of chemiluminescence. This film performs well with all brands of chemiluminescent kits. BioMax® Light film is suitable for direct and intensifying screen exposures with commonly used isotopes, though it provides lower sensitivity resulting in longer exposure times compared to BioMax® MS, and X-OMAT AR films for radioisotope detection.

Supplier: CARESTREAM HEALTH

X-OMAT® LS er en økonomisk, blåtonet film, der anvendes, når den maksimale ydeevne for BioMax® MR, BioMax® MS eller X-OMAT® AR film ikke er påkrævet. X-OMAT® LS film egner sig til anvendelse med alle almindeligt anvendte radioisotoper og chemiluminescens-prober. Filmen giver dog betydeligt mindre detektionsfølsomhed end BioMax® autoradiografifilm, hvilket medfører længere eksponeringstider.

Supplier: CARESTREAM HEALTH

These micrography films offer considerable latitude in performance and flexibility for most electron microscopy applications. They are suitable for medium-energy electrons (40 to 100 ky) and acceptable results can also be obtained at higher electron levels.

Supplier: CARESTREAM HEALTH

BioMax® XAR film er en autoradiografifilm til anvendelse med alle almindeligt anvendte isotoper og chemiluminescens-mærker. Filmen er belagt med emulsion på begge sider af en klar base og er egnet til både direkte autoradiografi og eksponeringer med forstærkningsskærme, herunder BioMax®-forstærkningsskærme.

Supplier: Cytiva

Autoradiografi film, Photographic step tablet

Supplier: Cytiva

Amersham™ Hyperfilm™ ECL™ is constructed from a clear base coated on both sides with a photographic emulsion that is protected by an anti-scratch layer. The anti-scratch coating reduces the risk of visible artefacts (e.g., plastic wrap marks) and the clear colourless base results in easy reading of images without compromising on sensitivity.

Supplier: Cytiva

Amersham Hyperfilm™ MP is a multipurpose film constructed from a clear base coated on both sides with a photographic emulsion that is protected by an anti-scratch layer. The anti-scratch coating reduces the risk of visible artefacts (e.g., plastic wrap marks) and the clear colourless base results in easy reading of images, without compromising on sensitivity.

Supplier: Cytiva

Storage phosphor screens capture latent images produced by ionising radiation (X-ray, β, and γ emissions from isotopes such as ¹⁴C, ³H, ¹²⁵I, ¹³¹I, ³²P, ³⁵S, ³³P, and more.). Upon laser-induced stimulation, light is emitted from the storage phosphor screen in proportion to the amount of radioactivity in the sample. The resulting digital image allows for quantitation of subtle signal intensity differences over a wide dynamic range using storage phosphor imaging systems such as Typhoon, Storm, and PhosphorImager. Typically, 50% to 90% less exposure time is required compared with an equivalent exposure to conventional film. Publication quality images are often obtained in a single exposure. They are reusable and are not degraded by repeated exposure to laboratory levels of radioactivity.