IRC-Galleria

In today’s fast-moving world of cell biology, there is a need for reliable and reproducible analysis of cell proliferation and viability to progress research in drug discovery, cancer studies, and regenerative medicine. Realizing that this is a critical need, Amerigo Scientific has just introduced its expanding line of cell proliferation and viability assay kits which offer a performance that is bound to revolutionize cell-based assays for drug discovery researchers, immunologists, and regenerative medicine specialists.

Using advanced techniques, as well as integrated proprietary technologies, Amerigo Scientific’s assay kits offer sensitive and reliable measurements of cell growth and health. These kits include optimized reagents and protocols to ensure minimal between-lot variation and the highest accuracy. Whether clients are investigating the effects of new therapeutics, monitoring stem cell differentiation, or performing cytotoxicity studies, these assays provide the reliability required to generate meaningful data.

Some key benefits of the kits are:
 Well-validated: Having been validated on instrument platforms including microscopes, flow cytometry, micropore readers, or high content screening.
 High Sensitivity: Only 60 minutes to detect, with high sensitivity as low as 100 cells and a broad dynamic range of 100-20000 cells.
 User-Friendly Protocols: Streamlined workflows reduce hands-on time and enhance experimental throughput.

Amerigo Scientific’s cell proliferation assays are developed to provide scientists with an easily accessible source of first-hand information concerning disease pathways, therapeutic activity, and cell behavior. In cancer studies, accurate measurement of tumor cell proliferation can be used to discover candidate anti-cancer drugs. In the area of immunology, the determination of the viability of immune cells under diverse environments can have an impact on the development of vaccines and therapeutics against autoimmunity. With these assays now a part of their project workflows, investigators will be able to turn around discoveries even more rapidly without compromising data integrity.

A Trusted Partner in Scientific Discovery
Amerigo Scientific has built its reputation on delivering top-shelf life science reagents and diagnostic solutions. The introduction of these assay kits further solidifies the company's commitment to supporting the scientific community with innovative, reliable, and cost-effective tools. Each kit is well-validated to ensure consistency, which provides researchers with confidence in their experimental outcomes.

For laboratories seeking to enhance their cell-based studies, Amerigo Scientific’s assay kits represent a game-changing solution. By combining cutting-edge technology with user-centric design, these kits are poised to become an essential component of cell research across academia, pharmaceuticals, and biotechnology sectors.

Amerigo Scientific unveils its line of different-sized bioconjugated fluorescent nanodiamonds (FNDs), designed to redefine precision in cellular and in vivo imaging. These bioconjugated FNDs are provided to address critical challenges in high-resolution diagnostics, targeted drug delivery, and real-time biological tracking, positioning itself as a game-changer for researchers and scientists alike.

FNDs are emerging as efficient and safe candidates for cellular imaging, due to their bright fluorescence, high photostability with sufficiently long lifetime, and excellent biocompatibility. For in vivo work, FNDs have been recognized as a safe and biocompatible material in many studies.

Amerigo Scientific provides nanodiamonds featuring three distinct fluorescence properties: NV centers emitting red-to-near-infrared fluorescence, NVN centers exhibiting green fluorescence, and novel hybrid particles containing both NV and NVN centers within a single structure, which display visible yellow fluorescence. These hybrid particles enable ratiometric fluorescence calibration by monitoring the intensity ratio between green and red spectral emissions. This capability facilitates particle tracking even under conditions of high background fluorescence.

To power up imaging with precision, Amerigo Scientific’s range of bioconjugated FNDs is engineered in multiple sizes (40–140 nm), having an outstanding profile of uniformity, stability, and scalability, enabling researchers to select optimal dimensions for specific imaging depths and resolutions. Smaller particles excel in single-molecule tracking, while larger variants enhance contrast in deep-tissue imaging. If small particles are necessary for research, 40nm particles could be the best choice in terms of both brightness and size. For initial users, it is generally advised to begin with larger particle sizes (approximately 100 nm or above) to assess whether fluorescent nanodiamonds can deliver sufficient contrast for the intended application.

In conclusion, Amerigo Scientific offers highly sensitive, precision-engineered fluorescent nanodiamonds tailored for advanced imaging applications. Its FNDs combine exceptional brightness, photostability, and biocompatibility, making them ideal for demanding research in super-resolution microscopy, single-molecule tracking, and deep-tissue imaging. With rigorous quality control, Amerigo ensures batch-to-batch consistency, critical for reproducible experiments. Whether for high-resolution studies or deep imaging, Amerigo Scientific provides reliable, cutting-edge FND solutions backed by strong technical support, accelerating breakthroughs in life sciences and nanomedicine.