
Traceability Matters: Ensuring Reproducibility with Fetal Bovine Serum in Cell Culture in Cancer Research
Explore why FBS traceability is vital in cancer research. Learn about ISIA certification and trusted serum products for reliable results.
Explore why FBS traceability is vital in cancer research. Learn about ISIA certification and trusted serum products for reliable results.
Discover specialized mediums, cell factories, and GMP-compliant proteins crucial for large-scale production of therapeutic mesenchymal stem cells.
Discover how MSC spheroids boost therapy. Learn mechanisms, production techniques, and in vivo effects for enhanced treatment outcomes.
Uncover How Mesenchymal Stem Cells (MSCs) are Harvested for research and potential therapies. Explore various sources like bone marrow, umbilical cord, and adipose tissue. Learn about their applications and the importance of safety evaluation.
Humanised mice provide preclinical models to assess the immunomodulatory potential of Mesenchymal Stem Cells (MSCs) for regenerative medicine. Discover how these models help develop novel, safer cell therapies for various diseases.
Unlock the power of HRM Analysis for genetic variation analysis. This beginner-friendly guide explores its benefits and applications (medical genetics, cancer research & more). Discover how HRM Analysis is shaping personalized medicine for the future!
Discover current clinical trials using Mesenchymal Stem Cells (MSCs) for cancer therapy. Learn how MSCs are being studied to treat cancer and alleviate side effects of traditional therapies.
Get an overview of the different types of T-cells and its significance in bioscience research for the development of disease therapies.
Find out strategies such as genetic engineering and modification of MSCs to enhance safety and efficacy of MSCs in cancer therapy.
mAbs are engineered to either kill the cancer cells or stop cancer cells from growing, find out the 7 ways mAbs can help to fight cancer.
Achieving optimal results in immunofluorescence staining requires careful optimisation, get 6 tips to achieve optimal IF staining results.
HSA is important in medical innovation and biotechnological advancements, find out the role recombinant and plasma-derived HSA plays in this.
Optimize stem cell cancer therapy research with Mesenchymal Stem Cells (MSCs) quality control. Ensure purity, viability, and functionality for reliable, reproducible results.
Unveil the world of antibodies: their structure, functions, and vital role in research. Explore how these immunoglobulins revolutionize scientific discovery.
Summary The field of cancer therapy is undergoing transformative changes, driven by the following trends: iPSC-derived MSCs, MSCs-derived EVs, and Cas9-mediated gene editing in MSCs.
Human AB Serum, also recognized as AB plasma or AB blood type serum, constitutes a vital blood component obtained from individuals with blood type AB.
Get essential knowledge to navigate through challenges of scale up in suspension or adherent culture and insights to optimizing your cell culture processes.
Active ingredients in cosmetic or dermatological products provide specific benefits to the skin, such as moisturization, anti-ageing effects, sun protection, or treatment of any skin
Yamanaka successfully produced embryonic stem cell-like cells in 2006 by introducing Oct3/4, Sox2, c-Myc, and KLF4 into somatic cells. He gave these cells the term
Mechanical forces and physical signals affect cancer cells, and studying cancer mechanobiology gives hope to new early detection, prognosis evaluation, and therapeutics.
Preclinical mouse models are essential in drug discovery and development process for new cancer drugs. Find out which type of mouse model is suitable for you.
The utility of Human Serum Albumin extends beyond its physiological functions, it can be applied in pharmaceutical, diagnostic, therapeutic, and biotechnology.
Transdermal patches are medicated adhesive patches placed on the skin to deliver a pre-prescribed dose of medication through the skin into the bloodstream.
Microfluidics can accurately replicate complex microenvironmental and extracellular conditions found in the brain. Making it a useful tool to study glioblastoma
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