Jc-1 flow cytometry analysis

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Rapamycin and FK derivative TH could ameliorate neurodegenerative diseases through autophagy with low immunosuppressive effect. B The ROS content ensuing from different treatments are presented as mean fluorescence intensity values. Figure Lengend Snippet: The mitochondrial function of rat hippocampal neurons. A Fluorescence images of JCstained of rat hippocampal neurons in four groups, In this image, more highly polarized mitochondria are distinctly red, and less polarized mitochondria are yellow.

jc-1 flow cytometry analysis

Arrows indicate mitochondria of neurons from four groups. Article Snippet: JC-1 measurement of mitochondrial membrane potential Mitochondrial membrane potential was observed with the mitochondrial indicator JC-1 fluorescent dye bisbenzimide, BeyotimeChina.Your browser does not have JavaScript enabled and some parts of this website will not work without it. For the best experience on the Abcam website please upgrade to a modern browser such as Google Chrome.

Our Cookie Policy explains how you can opt-out of the cookies we use. JC1- Mitochondrial Membrane Potential Assay Kit ab contains tetraethylbenzimidazolylcarbocyanine iodide JC-1a cationic dye that accumulates in energized mitochondria. Therefore a decrease in the aggregate fluorescent count is indicative of depolarization whereas an increase is indicative of hyperpolarization. The aggregate dye can be excited at nm, the monomer and aggregate together at nm. Review our cell health assays guide to learn more about our other cell viabilitycytotoxicity and cell proliferation assay kits.

HL60 cells were seeded and labeled according to section Mean and standard deviation is plotted for 3 replicates from each condition. HepG2 cells were seeded and labeled according to section Cells were then treated for 4 hours with a titration series of CCCP carbonyl cyanide 3-chlorophenylhydrazone and both monomer and aggregate forms were read on a Perkin Elmer-Wallac Victor 2 Multilabel plate reader.

Son MS et al. Normal mitochondrial membrane potential is shown in red with JC-1 dimers and depolarized membrane potential is shown in green in JC-1 monomers. Cells were then treated for 4 hours with a titration series of the thiazolidinedione Troglitazone and both monomer and aggregate forms were read on a Perkin Elmer-Wallac Victor 2 Multilabel plate reader.

IC50 of Troglitazone in HL60 cells was calculated at 1. The company's instructions were followed for JC1 mitochondrial membrane potential assay. Image acquisition was performed in Andor IQ 2 software. Optical sections were recorded every 0. All confocal microscopy images presented in this work are 2D maximum intensity projections of z-stack images ImageJ 1.

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Personal feedback: A green laser with the appropriate emission filter nm has been used to detect the monomer of the JC1 dye, following FCCP treatment the mitochondrial membrane potential of the cells was eliminated, as demonstrated by the increase of the monomer emission. Koukourakis MI et al. Confocal microscopy used to assess mitochondrial membrane potential in the cells. Publishing research using ab? Please let us know so that we can cite the reference in this datasheet.

The lab confirmed that the protocol is not very clear in that part you pointed out.

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We will update the protocol shortly. You should add uL of the 1X buffer to the plate after washing - to prevent the cells from drying out.

Custome rkindly contacted us to inquire whether they may be able to use this kit to determine membrane potential and then follow up with flow cytometry staining.

Will the dye remain for the hours needed to perform the flow cytometry? Would the kit interfere with or fluorochromes? Looking at the protocol booklet pg 12 step 4. So the dye appears to be detectable for at least 4 hours. This may interfere with or fluorchromes, although you should check via a spectra graph for the specific fluorchromes to see if compensation may solve any interference.

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If you wanted to keep the relation between JC-1 dye and the detected mitochondrial membrane potential after fixation this is not possible. This is because JC-1 is dependent on mitochondrial membrane potential which will be abolished by the fixation. I am using primary cells and am afraid that 10 minutes without media is too much.

Can I mix the JCI with media rather than buffer so my cells aren't affected? Thank you for contacting us. It is fine to go ahead and use media without phenol red instead of buffer.Background: Immunophenotyping of blood leukocytes often involves fixation with paraformaldehyde prior to cytometry analysis. However, the influence of cell type and marker specificity on the stability of fluorescence intensity after fixation has not been well studied. Methods: Human whole blood was stained using a panel of fluorescein isothiocyanate-labeled antibodies to surface markers.

Unfixed and fixed samples were analyzed by flow cytometry at 0, 2, 4, 6, 24, 48, and 96 h after staining. Fluorescence measurements were converted to molecules of equivalent soluble fluorochrome for comparison.

Results: Fixation caused a significant decrease in both forward and side scatter at 48 h which required gating adjustments to achieve resolution of cell populations. The autofluorescence increased progressively in fixed samples ninefold at 96 h for monocytes.

Variable decreases in marker-associated fluorescence became apparent after correction for autofluorescence. Conclusion: The change in fluorescence intensity following staining and fixation of leukocytes varies with cell type and surface marker. Fluorescence stability should be determined for each cell type and marker used, and the confounding effects of fixation on cell autofluorescence should be considered. Abstract Background: Immunophenotyping of blood leukocytes often involves fixation with paraformaldehyde prior to cytometry analysis.USF Health is providing COVID vaccinations by invitation and appointment only to patients and employees who meet eligibility criteria defined by Florida Executive Order as supply of vaccine permits.

Learn More. Flow cytometry is a means of identifying and measuring certain physical and chemical characteristics of cells or particles as they travel in suspension one by one past a sensing point. The benefit of flow cytometry is the rapid simultaneous measurement of several parameters on a cell by cell basis. A major benefit of this approach has been to address the question of accurate enumeration of minor cell populations, which have always been problematic to estimate by manual microscopic methods.

In Flow Cytometry we measure light, freuently fluorescent light.

jc-1 flow cytometry analysis

If you are not familiar with issues concerning fluorescence and how those relate to biological work, there are some good tutorials on the topic here and here.

Specific cell types may be distinguished within a mixed population using multiple fluorescence-conjugated antibodies. GFP is used as a marker. Fluorescent intensity is used to determine the amount of cellular DNA present in each cell i. Currently we have a Miltenyi magnetic sorter, with a Flow sorter joining the line up soon. Mitochondrial membrane potential may be analyzed in the same manner with JC The CBA Flex Sets provide the flexibility of choosing from 1 to 72 different soluble proteins for analysis from a wider range of species.

Thiazole orange enters all cells, live and dead, to varying degrees. Thus a combination of these two dyes provides a rapid and reliable method for discriminating live and dead bacteria. There is an abundance of Flow Cytometry literature.

Right now the limits of the technology stand around detecting 30 parameters at the same time. Here is a paper describing what sort of things to think of when running a complex experiment- although even if you are planning on using only a few colors it is worth reading it.

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Small Animal Imaging. Flow Cytometry. First Time Users How can you use the facility? Flow Cytometry Flow cytometry is a means of identifying and measuring certain physical and chemical characteristics of cells or particles as they travel in suspension one by one past a sensing point.Metrics details. The morphopathological picture of a subset of equine myopathies is compatible with a primary mitochondrial disease, but functional confirmation in vivo is still pending.

The cationic dye JC-1 exhibits potential-dependent accumulation in mitochondria that is detectable by a fluorescence shift from green to orange. A flow cytometric standardized analytic procedure of the mitochondrial function of equine peripheral blood mononuclear cells is proposed along with a critical appraisal of the crucial questions of technical aspects, reproducibility, effect of time elapsed between blood sampling and laboratory processing and reference values.

The JCassociated fluorescence orange and green values and their ratio were proved to be stable over time, independent of age and sex and hypersensitive to intoxication with a mitochondrial potential dissipator. Unless time elapsed between blood sampling and laboratory processing does not exceed 5 hours, the values retrieved remain stable.

Reference values for clinically normal horses are given. Whenever a quantitative measurement of mitochondrial function in a horse is desired, blood samples should be taken in sodium citrate tubes and kept at room temperature for a maximum of 5 hours before the laboratory procedure detailed here is started.

The hope is that this new test may help in confirming, studying and preventing equine myopathies that are currently imputed to mitochondrial dysfunction. Equine atypical myopathy affects horses and ponies kept on pasture and not exercised either prior to or at the time of the first clinical signs.

All cases have been reported in the springtime or autumn and after a sudden drop in the minimum daily temperature [ 12 ]. Affected horses are usually well and suddenly display signs of acute myopathy stiffness, muscle pain, muscle fasciculations, abnormal gait, recumbency, myoglobinuria, tachycardia, sweatingwith no hyperthermia and unchanged appetite [ 3 ].

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Unlike the other types of myopathy, this condition is often fatal within 12 to 72 hours. Blood analysis consistently shows a spectacular increase in muscle enzymes, in particular the creatine-kinases [ 3 ]. Recently, a detailed macroscopical, histopathological, enzymohistochemical and ultrastructural study of 32 clinical cases was reported [ 2 ]. The morphopathological picture of the disease suggested a mitochondrial disorder the characteristics of which are compatible with those of equine toxic myopathies due to plant, bacterial or fungal toxins [ 4 — 9 ].

Although morphologic clues of mitochondrial dysfunction in these equine diseases have accumulated, a functional confirmation is still pending. Also, as the clinical diagnosis is only possible late in the course of these diseases, when definitive lesions have occurred, an early marker is crucially needed to improve the clinical prognosis of established cases and to detect subclinical cases that would benefit of preventive measures.

Epidemiological studies aimed at delineating the precise environmental conditions that increase the risk of developing atypical myopathy would also gain from a standardized laboratory test that lends itself to mass screening.

Therefore, reliable methods for the sensitive determination of a possible alteration of mitochondrial function in equine tissues are desirable. This potential-sensitive color shift is due to the concentration-dependent intramitochondrial formation of orange fluorescent oligomers [ 10 — 12 ].

jc-1 flow cytometry analysis

JC-1 orange-green fluorescence ratio has been used as an indicator of mitochondrial potential in isolated mitochondria [ 13 ] but also in intact tissues [ 14 ], spermatozoa [ 15 ] and cell lines, including myocytes [ 12 ] and neurons [ 16 ].

Very subtle heterogeneity in cellular responses were already discerned in this way [ 111316 ], the most widely implemented application being for detection of mitochondrial depolarization occurring during apoptosis [ 17 — 20 ].

Since mitochondrial dysfunction precedes morphologic alterations, it would permit an early diagnosis of mitochondria-associated rhabdomyolyses in horses.Online Purchasing Account You are logged on as Guest.

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Changes in fluorescence intensity of selected leukocyte surface markers following fixation

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Scientific Posters. All Scientific Literature. What are the different Biomarkers for Cardiovascular Disease Research? How to Detect Key Features of Apoptosis? All TechNotes. Collaborations at Work. IHC Hall of Fame. Conference Calendar. Join Us! About Us Corporate Profile.Barbieri, D. Abbracchio, S. Salvioli, D. Monti, A. Cossarizza, S. Ceruti, R. Brambilla, F. Cattabeni, K. Jacobson, and C. Cossarizza, A. Baccarani-Contri, G. Kalashnikova, and C. Facompre, M. Wattez, J. Kluza, A.

MitoScreen (JC-1)

Lansiaux, and C. Relationship between cell cycle changes and variations of the mitochondrial membrane potential induced by etoposide. Cell Biol. Gravance, C. Garner, J. Baumber, and B. Assessment of equine sperm mitochondrial function using JC Theriogenology Mantymaa, P. Sitonen, T. Guttorm, M. Saily, V.

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