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Creative Biolabs

Human Thyroid Follicular Epithelial Cells

[CAT#: NRZP-1122-ZP133] Review(5) Q&As(3)

Species:
Human
Cell Types:
Other Cells

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Product Overview

Cell Types

Other Cells

Species

Human
Properties

Shipping

Dry ice

Storage

Store in liquid nitrogen

Research Use Only

For Research Use Only
Publications

Publications (0)

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Customer Reviews and Q&As
Customer Reviews Average Customer Ratings Overall
5.0
user
Excellent
The cells were delivered in excellent condition, with high viability
The cells were of exceptional quality and showed great viability upon arrival. We used them in thyroid hormone synthesis assays, and they performed consistently well across multiple experiments. Their responsiveness to TSH stimulation was particularly impressive, making them a reliable choice for our research on thyroid function.
user
Excellent
Highly viable and proliferative
I was impressed with how quickly the cells adapted to our culture conditions. They maintained a healthy morphology and high proliferation rates, which was crucial for our study on thyroid carcinogenesis. These cells provided reliable and reproducible results, significantly contributing to the success of our project.
user
Excellent
I would highly recommend
The thyroid follicular cells displayed excellent growth characteristics and maintained their epithelial phenotype throughout our experiments. We used them for gene expression analysis, and they provided consistent and reproducible data. Their response to thyroid-stimulating hormone was in line with our expectations.
user
Excellent
Easy to culture and showed excellent viability
These cells were easy to handle and displayed a strong response to hormonal treatments, which was exactly what we needed for our thyroid research. Their high viability and consistent performance across different batches were noteworthy. We’ll definitely be using them for future studies.
user
Excellent
The data generated was consistent and reliable
Human thyroid follicular epithelial cells were critical to our research into thyroid hormone synthesis and secretion. The cells were highly responsive to TSH and maintained their characteristic epithelial morphology throughout the study. The quality and consistency of the cells made our experiments much smoother.
Q&As
What is the viability of the cells upon delivery, and how quickly should they be cultured?
Upon delivery, our cells typically exhibit a viability rate of over 90%. We recommend initiating the culture process as soon as possible to ensure optimal cell health and performance. If immediate culturing is not feasible, the cells should be stored in liquid nitrogen to maintain their viability until you are ready to proceed with your experiments.
What is the recommended procedure for thawing these cells, and how should they be handled to ensure they recover well?
Thawing should be done quickly in a 37°C water bath to minimize thermal stress, ensuring that the vial is submerged only up to the neck. Once thawed, the cells should be immediately transferred to a pre-warmed culture medium and centrifuged to remove the cryoprotectant (DMSO). After resuspending in fresh medium, plate the cells and incubate at 37°C. Handling them gently during this process is crucial to ensure maximum recovery and viability.
How do these cells perform in 3D culture systems, and can they form thyroid-like structures?
Our cells perform well in 3D culture systems and have the potential to form thyroid-like follicular structures. When cultured in a suitable 3D matrix, such as Matrigel, these cells can organize into spheroid-like formations that mimic in vivo thyroid tissue architecture. This makes them highly valuable for studying thyroid tissue organization and function in a more physiologically relevant context.
For Research Use Only. Not For Clinical Use.
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