Kinetic Apoptosis Kit (Microscopy)
5
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(12 Publications)
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Functional Studies - Kinetic Apoptosis Kit (Microscopy) (AB129817)
Kinetic Apoptosis and Necrosis Analysis of HT1080 cells.
HT1080 cells were plated at a density of 2000 cells/well in 96 well plates and allowed to adhere overnight. The next day, cells were treated with dilutions of camptothecin, starting at 2500 nM, in order to determine the effect of camptothecin on the apoptotic and necrotic response of HT1080 cells. Our results show an increase over time in the percentage of GFP positive apoptotic cells (A) and PI positive necrotic cells (B). Apoptotic and necrotic cells are normalized to high contrast bright field cell counts. This increase is dependent upon concentrations of camptothecin. The accompanying figure also shows a dose response curve for apoptosis (C) and necrosis (D), demonstrating that both the apoptotic and necrotic response show a dose dependent increase following treatment with camptothecin. The dose response curve is based on 48 hours of camptothecin treatment.
This image is courtesy of an AbReview submitted by Sarah Beckman.
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Functional Studies - Kinetic Apoptosis Kit (Microscopy) (AB129817)
Time-lapse images showing the progressive movement of PS exposure along axons to the cell body as detected by Kinetic Apoptosis Kit (pSIVA-IANBD). Images were taken 10-14 h (3 frames/h) after NGF removal. *Indicates where PI staining was first seen in the cell body. Black and white : pSIVA-IANBD fluorescence. Bottom panel : Merged images of phase contrast, green (pSIVA-IANBD) and red (PI) fluorescence. 100 μm scale bar. Cells were imaged with pSIVA-IANBD and PI present in the culture medium for the duration of the experiment. Figure from Kim et al 2010a.
Product details
Kinetic Apoptosis Kit (Microscopy) ab129817 is based on pSIVA TM technology. pSIVATM (Polarity Sensitive Indicator of Viability & Apoptosis) is an Annexin XII-based polarity sensitive probe for the spatiotemporal analysis of apoptosis and other forms of cell death. pSIVATM binding is reversible which enables researchers to detect irreversible as well as transient phosphatidylserine (PS) exposure.
PS exposure is a hallmark phenomenon occurring early during apoptosis and persisting throughout the cell death process and it often considered to be irreversible. However, transient PS exposure is increasingly being recognized as a phenomenon in its own right and described to occur during both normal physiological processes and reversible or rescuable apoptotic/cell death events.
The pSIVATM assay is very straightforward: add pSIVA-IANBD or pSIVA-IANBD + Propidium Iodide (PI) directly to cells or tissues, incubate and analyze.
pSIVA TM is conjugated to IANBD, a polarity sensitive dye that fluoresces only when pSIVA is bound to the cell membrane. pSIVA-IANBD fluorescence is measured using conventional FITC filter sets. pSIVA-IANBD applications include flow cytometry (ab129816) and live cell fluorescence microscopy imaging.
pSIVA-IANBD is polar sensitive. pSIVA-IANBD fluoresces in non-polar but not polar environments. When pSIVA-IANBD is bound to PS it is in the non-polar environment of the membrane lipid bilayer and fluoresces. However, when pSIVA-IANBD is not bound it is in the polar environment of the media or buffer and does not fluoresce.
The manual contains detailed information about the pSIVA technology and protocols; please read the manual prior to beginning your experiments.
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Publications (12)
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The European respiratory journal 61: PubMed37105573
2023
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Nature communications 14:2994 PubMed37225695
2023
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Life sciences 301:120624 PubMed35568225
2022
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European journal of medicinal chemistry 235:114295 PubMed35344901
2022
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Biochemistry and cell biology = Biochimie et biologie cellulaire 99:725-734 PubMed34738827
2021
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International journal of molecular sciences 22: PubMed34638712
2021
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Archives of insect biochemistry and physiology 108:e21844 PubMed34519097
2021
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Cell death & disease 12:723 PubMed34290229
2021
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Nature 594:88-93 PubMed33827113
2021
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The Journal of biological chemistry 286:8188-96 PubMed21209075
2011
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