Adipogenic Differentiation Medium
محیط کشت تمایز چربی
NMImETIC Adipogenic Differentiation Medium
Introducing our NMImETIC Adipogenic Medium, an advanced formulation expertly designed to promote and enhance adipogenic differentiation. This cutting-edge medium harnesses the latest in biomimetic technology, mimicking the natural conditions necessary for effective adipocyte development. Ideal for researchers, our medium supports precise cell differentiation, ensuring optimal adipogenesis for a variety of applications, including obesity research, metabolic disorder studies, and regenerative medicine. With its high-quality ingredients and proven efficacy, the NMImETIC Adipogenic Medium is your go-to solution for groundbreaking studies in adipose tissue biology.
Sterile
For Research Use Only
Minimum order: 1x 50 ml
Expiration date: One year after production
Volume: 50ml, 100 ml, 150 ml, 250 ml, 500 ml
Price 100 ml= $150
Iranian 50 ml= 1,300,000 Tomans
♠ Store the unopened Basal media at 4°C and supplements at -20 to -70 °C. Use a manual defrost freezer and avoid repeated freeze-thaw cycles. Do not use past expiration date.
Elevate your research and achieve exceptional results—order your NMImETIC Adipogenic Medium today!
Incorporate NMImETIC Adipogenic Medium into your research projects to leverage its unique features and benefits, advancing your studies in adipose tissue biology and regenerative medicine!
Why Choose the NMImETIC Adipogenic Medium?
Advanced Formulation: NMImETIC Adipogenic Medium is expertly designed to promote and enhance adipogenic differentiation, providing a reliable solution for researchers.
Biomimetic Technology: This cutting-edge medium utilizes the latest biomimetic technology to replicate the natural conditions required for effective adipocyte development, ensuring precise cell differentiation.
Ideal for Research Applications: Perfect for studies in obesity research, metabolic disorders, and regenerative medicine, making it versatile for a range of scientific inquiries.
High-Quality Ingredients: Crafted with premium ingredients, NMImETIC Adipogenic Medium guarantees optimal efficacy and consistency, supporting the best outcomes in adipogenesis.
Supports Optimal Adipogenesis: By providing the necessary environment for adipocyte formation, this medium ensures successful differentiation and growth of adipose tissue.
Proven Efficacy: Backed by research, NMImETIC Adipogenic Medium has demonstrated effectiveness in achieving reliable and reproducible results in adipose tissue studies.
Enhances Research Capabilities: Elevate your laboratory’s research capabilities and drive innovation in adipose tissue biology with our specialized medium.
User-Friendly: Designed for ease of use, NMImETIC Adipogenic Medium allows researchers to focus on their studies without complications in preparation or application.
Order for Exceptional Results: Take your research to the next level by ordering NMImETIC Adipogenic Medium today and unlock the potential for groundbreaking discoveries in adipogenic differentiation.
Data Sheet NMImETIC Adipogenic Medium
SDS NMImETIC Adipogenic Medium
News
Production of Three Bone-Forming Research Products at Iran University of Medical Sciences
In response to the needs of researchers in the country, three bone-forming research products have been developed at Iran University of Medical Sciences. According to the Public Relations Office of the Research and Technology Department, Dr. Shima Tavakkol, an assistant professor at the university’s Cellular and Molecular Research Center and CEO of Tavakkol BioMimetic Technologies, has produced sterile spherical hydroxyapatite nanoparticles compliant with ISO 13175-3 and ISO 13485 under the brand name NMImETIC nHA. Additionally, differentiation culture media for bone (NMImETIC Osteogenic Medium) and fat (NMImETIC Adipogenic Medium) have been created to alleviate the need for importing these products.
https://vcr.iums.ac.ir/Z5aEo
Production of Knowledge-Based Products: Spherical Hydroxyapatite Nanoparticles and Differentiation Culture Media by Iranian University Scientists
Researchers at Iran University of Medical Sciences, led by Assistant Professor Dr. Shima Tavakkol at the Cellular and Molecular Research Center, have developed sterile spherical hydroxyapatite nanoparticles for research applications. This initiative aims to meet the needs of Iranian researchers and reduce dependence on imported products.
According to the Public Relations Office of the Research and Technology Department, Dr. Tavakkol, who is also the CEO of the knowledge-based company Tavakkol Biotech, has produced these nanoparticles in compliance with ISO 13175-3 and ISO 13485 standards under the brand name NMImETIC nHA. Additionally, she has developed differentiation culture media for osteogenic and adipogenic applications, branded as NMImETIC Osteogenic Medium and NMImETIC Adipogenic Medium, respectively, to further support research needs in Iran.
https://news.iums.ac.ir/ZbaEo
Shima Tokal, CEO of a knowledge-based company, stated in an interview with Ana News Agency’s reporter: “We have had 14 years of research and development for 4 products, which have received pre-clinical and production line approvals from the Food and Drug Administration. These products are in the field of bone formation, and each one is unique in its own way”. This associate professor at Iran University of Medical Sciences explained: “There are no injectable bone-forming scaffolds in the world. If a bone fracture occurs, the surgeon is forced to open the area to allow the bone to heal. However, our company’s self-assembling nanofiber peptide product is liquid, and with the entry of this product into the market, injection into the fractured area will be possible without open surgery.
https://ana.ir/003xAe
Papers with Adipogenic Differentiation Medium
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- Protocols for Adipogenic Differentiation Assays for Characterization of Adipose Stromal Cells (ASC) https://www.coriell.org/0/pdf/1401_38.pdf
- https://pmc.ncbi.nlm.nih.gov/articles/PMC3182038/
- Optimized Adipogenic Differentiation and Delivery of Bovine Umbilical Cord Stem Cells for Cultivated Meat
https://www.mdpi.com/2310-2861/10/8/488 -
A simplified and defined serum-free medium for cultivating fat across species
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Assessing Adipogenic Potential of Mesenchymal Stem Cells: A Rapid Three-Dimensional Culture Screening Technique