Serum-treated

Serum-treated refers to a substance or material that has been processed or modified through the application of serum, typically blood serum or a serum-based solution. This treatment aims to introduce specific antibodies, growth factors, or other bioactive components present in the serum, altering the properties or behavior of the treated substance. The intended effect varies depending on the serum composition and the target material, ranging from inducing cell growth to preventing pathogen proliferation, or improving material properties. The process involves exposing the substance to the serum, allowing sufficient time for interaction, and often washing away any unbound serum components, resulting in a material with modified characteristics derived from the serum treatment.

Serum-treated meaning with examples

• The cell culture dishes were serum-treated to promote better cell adhesion and growth, a crucial step for the experiment’s success. The serum provided essential nutrients and growth factors that the cells needed, leading to a thriving and controlled environment for the cell lines to flourish within the confines of the laboratory setting, improving their biological functionality.
• Researchers created a serum-treated scaffold to enhance bone regeneration. The serum, containing growth factors, fostered the formation of new bone cells, creating a supportive matrix, demonstrating a vital step toward the repair of damaged bone. The application of serum provided a bio-active environment.
• To prepare the viral vectors for the treatment process the vectors were serum-treated. This treatment allowed the vectors to exhibit a high infectivity rate, meaning, they became more efficient at delivering their genetic material to the target cells in a controlled manner, improving their therapeutic efficacy.
• The textile fibres were serum-treated to improve their biocompatibility. The resulting material would then be utilized for medical implants, with the serum improving acceptance of the body and diminishing the risk of rejection. The treatment was a critical factor for the material's functionality.
• Before inoculation, the surface of the petri dishes was serum-treated to sterilize them. These surfaces provided an environment which discouraged the development of potential pathogens. The serum treatment created a more controlled and consistent environment for microbial cultures.