Angiotensin I ELISA Kit (DEIA6326)

Regulatory status: For research use only, not for use in diagnostic procedures.

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serum, plasma
Species Reactivity
Intended Use
The Angiotensin I Enzyme Immunometric Assay (ELISA) kit is a complete kit for the quantitative determination of Angiotensin I in serum and plasma.
Contents of Kit
1. Assay Buffer
2. Angiotensin I Standard
3. Goat anti-Rabbit IgG Microtiter Plate
4. Angiotensin I Antibody
5. Angiotensin I Conjugate
6. Streptavidin-HRP
7. Wash Buffer Concentrate
8. TMB Substrate
9. Stop Solution
All components of this kit, except the Standard, should be stored at 4°C upon receipt. The Standard should be stored at -20°C. Shipping conditions may not reflect storage conditions. For more detailed information, please download the following document on our website.
4.3 pg/mL


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Simple new signature of structure in deformed nuclei: Distinguishing the nature of axial asymmetry


Authors: Casten, R. F.; Cakirli, R. B.; Bonatsos, Dennis; Blaum, K.

The low lying structure of deformed nuclei has long been actively investigated. One particular issue has been how to distinguish axial gamma rigidity from gamma softness in axially asymmetric nuclei. In this study, we discuss a new signature based solely on low spin ground and gamma -band energies as a function of spin in deformed nuclei that illuminates some of these questions and apply it to the well-deformed Gd through W isotopes and the transitional, axially asymmetric, Os and Pt nuclei. The simplicity of the new approach suggests that it may have a wide range of use.

Quantification of uranium, plutonium, neodymium and gadolinium for the characterization of spent nuclear fuel using isotope dilution HPIC-SF-ICP-MS


Authors: Wanna, Nancy Nazem; Dobney, Andrew; Van Hoecke, Karen; Vasile, Mirela; Vanhaecke, Frank

A method was developed for the determination of the nuclide-specific concentrations of U, Pu, Nd and Gd in two types of spent nuclear fuel (UOx and Gd-enriched). High-performance ion chromatography (HPIC) was used to separate the target elements from one another while sector-field inductively coupled plasma-mass spectrometry (SF-ICP-MS) was used for their determination relying on isotope dilution for calibration. In order to obtain the best possible precision for these isotope ratios extracted from the transient HPIC-SF-ICP-MS signals, the SF-ICP-MS data acquisition parameters were optimized and the most suitable method for calculating the isotope ratios from the transient signals was identified. The point-by-point (PbP), linear regression slope (LRS) and peak area integration (PAI) approaches were compared in the latter context. It was found that data acquisition in the flat centre of the spectral flat top peak using a mass window of 25%, a dwell time of 10 ms and 20 samples per peak, while using PAI for isotope ratio calculation, gave the best precision on the isotope ratios extracted from the HPIC-SF-ICP-MS transient signals. These parameters were used in the determination of the nuclide-specific mass fractions of Pu, Nd and Gd in two types of spent nuclear fuel using isotope dilution HPIC-SF-ICP-MS. For U, which was present at a higher concentration, the element fraction was collected and analyzed off-line after dilution. For the other target elements, an online approach was used. An uncertainty budget estimation was made using the bottom-up approach for the resulting mass fractions, and the accuracy and precision obtained when using isotope dilution HPIC-SF-ICP-MS were compared with those obtained with the routinely used techniques, isotope dilution TIMS & alpha spectrometry (an ISO 17025 accredited method).

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