Anionic Liposomes
Doxorubicin Liposomal
Immunoliposomes
Materials for liposomes
- Bacterial Lipids
- Bile Acids
- Bioactive Lipids
- Cationic Lipid Material
- Detergents
- Fatty Acid Modified Lipids
- Fluorescent Lipids
- GalNac Delivery System Lipids
- Headgroup Modified Lipids
- Neutral Lipids
- PEGylated Lipids
- Phosphatidic Acid (PA)
- Phosphatidylcholine (PC)
- Phosphatidylethanolamine (PE)
- Phosphatidylglycerol (PG)
- Phosphatidylserine (PS)
- Phospholipids
- Photoswitchable Lipids
- Sphingolipids
- Sterols
Nano-Liposomes
Clodronate Liposomes
ATP-Liposome
Cationic Liposomes
Liposomes for DNA/RNA Delivery
Get Quote
Online InquiryFluorescent Lipids
Online Inquiry-
C11 TopFluor® Glucosyl Ceramide
Catalog: BL-M000413
CAS: 1246355-70-3
-
DPH-propionic acid
Catalog: BL-M000414
CAS: 8294-98-4
-
NBD Palmitic Acid
Catalog: BL-M000415
CAS: 2260669-56-3
-
NBD AA
Catalog: BL-M000416
CAS: 2254005-15-5
-
C12 NBD Lactosylceramide
Catalog: BL-M000417
CAS: 474943-06-1
-
DPH Ceramide
Catalog: BL-M000418
CAS: 306955-26-0
-
C16 Cy5 SM
Catalog: BL-M000419
CAS: 2342574-13-2
-
C11 TopFluor® GM3 Ammonium salt
Catalog: BL-M000420
CAS: 2260795-48-8
-
C11 TopFluor® Galactosyl Ceramide
Catalog: BL-M000421
CAS: 1246355-61-2
-
TopFluor®Sphingosine
Catalog: BL-M000422
CAS: 916486-42-5
-
TopFluor® PI Ammonium salt
Catalog: BL-M000423
CAS: 2260795-33-1
-
TopFluor® PI(3,4,5)P3 Ammonium salt
Catalog: BL-M000424
CAS: 2260795-37-5
-
16:0-C4 TopFluor® DNP Cap PE Ammonium salt
Catalog: BL-M000425
CAS: 2260795-59-1
-
18:1 PE-TopFluor® AF488 Ammonium salt
Catalog: BL-M000426
CAS: 2315262-10-1
-
18:1 PE-TopFluor® AF594 Ammonium salt
Catalog: BL-M000427
CAS: 2315262-12-3
-
TopFluor® Oleic Acid
Catalog: BL-M000428
CAS: 2316364-28-8
-
TopFluor® DG
Catalog: BL-M000429
CAS: 2316364-30-2
-
16:0-LR/18:1/18:1 TG-lissamine rhodamine
Catalog: BL-M000430
CAS: 2260669-54-1
-
C16/C11-TF/C12-DNP TG
Catalog: BL-M000431
CAS: 2260795-46-6
-
XY-69
Catalog: BL-M000432
CAS: 2770684-26-7
BOC Sciences is committed to providing you with vinyl-based, high-quality fluorescent lipid products that can serve as powerful tools for visualizing and studying complex processes involving lipids in living systems, providing valuable insights for biology laboratory research.
What are Fluorescent Lipids?
Fluorescent lipids are lipids that have the ability to emit fluorescence when exposed to specific wavelengths of light, often derived from natural lipids by modifying their structure to incorporate fluorescent dyes or probes. These dyes or probes can absorb light energy and then re-emit it at longer wavelengths, resulting in a visible fluorescent signal.
- Functions of Fluorescent Lipids
Fluorescent lipids make it easier and more intuitive for researchers to study lipid metabolism, transport and localization within cells and tissues. By visualizing the fluorescence emitted by these lipids, researchers can track their movement and distribution in living cells, observe lipid-protein interactions, monitor lipid dynamics, and study lipid-related processes.
- Applications of Fluorescent Lipids
Fluorescent lipids have a wide range of applications in biological research, particularly related to lipid biology, membrane dynamics, lipid signaling, and lipid-related diseases. Fluorescent lipids are valuable tools for fluorescence microscopy, flow cytometry and live cell imaging techniques, aiding in gaining insight into the behavior and function of lipids in living systems.
Advantages of Fluorescent Lipids in Biological Applications
- Visualized Imaging
Fluorescent lipids allow real-time observation of the spatial distribution, localization and dynamics of lipids in cells, providing valuable insights into their behavior and interactions.
- Selectivity and Specificity
Fluorescent lipids can be designed to selectively label specific lipid species or compartments within cells. Targeting and visualization of specific lipid molecules or organelles of interest is achieved by selecting the appropriate fluorescent probe or dye.Quantitative Analysis
Quantification of fluorescent lipids by fluorescence intensity enables measurement of lipid levels, kinetics and changes under different conditions.
- Live Cell Compatibility
Fluorescent lipids are compatible with living cells as they can be incorporated into cells without significantly affecting their viability or function, allowing for more accurate analysis of lipid behavior in living systems.
- High Sensitivity and Signal-to-Noise Ratio
Fluorescent lipids exhibit high sensitivity and can detect low levels of intracellular lipids. Moreover, they have a strong signal-to-noise ratio and can distinguish specific lipid structures or compartments from background fluorescence.
- High Compatibility
Fluorescent lipids are compatible with a variety of microscopy techniques, flow cytometry and other analytical methods, providing the flexibility to incorporate them into experimental workflows.
- Diagnostic and Therapeutic Potential
Fluorescent lipids have potential applications in diagnostics and therapeutics, such as biomarker imaging and the development of fluorescent lipid-based drug delivery systems.
Highlights of BOC Sciences' Fluorescent Lipids
- BOC Sciences has the most competitive prices on the web, while ensuring strict quality testing and quality control.
- BOC Sciences is committed to providing fluorescent lipid products with high purity and quality requirements.
- BOC Sciences can provide mass production of formulated fluorescent lipids to ensure on-time or early delivery.
- BOC Sciences offers different sizes of fluorescent lipids to meet different research areas and purposes.
BOC Sciences offers efficient and customizable ordering and delivery to satisfy our customers' requirements for complex experiments. If you need more information, please feel free to contact our professional team.