83-5599-44　GIMEN Cells 1vial　300179

特徴

• 概要：GIMEN Cells: Unlocking the Potential of Neuroblastoma Research GIMEN cells, derived from a bone marrow metastasis of a 42-month-old Caucasian girl with stage IV neuroblastoma, offer a valuable resource for scientific investigation.
• These cells were obtained following six months of chemotherapy, providing a unique insight into the effects of this treatment on neuroblastoma progression.
• As a research expert in biological science, I am delighted to present a detailed product description that sheds light on the characteristics and applications of GIMEN cells.
• Cell Type: GIMEN cells belong to the neuroblastoma cell type, a malignant tumour originating from neural crest cells.
• These cells provide researchers with an ideal platform to study the molecular mechanisms underlying neuroblastoma and explore potential therapeutic interventions.
• Ethnicity and Gender: Derived from a Caucasian female patient, GIMEN cells are relevant for studying the characteristics and progression of neuroblastoma in this population.
• By focusing on the genetic and molecular profiles of these cells, researchers can gain insights into the interplay between ethnicity, gender, and the development of neuroblastoma.
• Growth Properties: GIMEN cells exhibit monolayer growth properties, adhering tightly to culture surfaces.
• This characteristic enables researchers to cultivate these cells in controlled laboratory conditions, facilitating their manipulation and experimentation.
• Tissue and Morphology: Originating from neuroblastoma tissue, GIMEN cells possess epithelial morphology.
• This feature allows researchers to examine the cellular structure and identify potential markers associated with neuroblastoma progression.
• By studying the morphology of these cells, researchers can gain insights into the cellular changes that occur during tumour growth and metastasis.
• Organism: GIMEN cells are derived from Homo sapiens (human), making them highly relevant for translational research and the development of potential therapies for neuroblastoma.
• Being of human origin, these cells closely resemble the characteristics of neuroblastoma cells found in patients, making them an ideal model system for understanding the disease at a cellular level.
• Doubling Time: GIMEN cells have a doubling time of approximately 25 hours.
• This information is crucial for researchers, as it helps determine the optimal time frames for experimental design and monitoring cell growth.
• By understanding the doubling time, researchers can effectively plan their experiments and assess the effects of various treatments on cell proliferation.
• GIMEN cells provide a valuable resource for investigating the intricate details of neuroblastoma.
• With their neuroblastoma cell type, specific ethnicity and gender, monolayer growth properties, epithelial morphology, and origin from Homo sapiens, these cells offer researchers a unique platform to study the disease and develop potential therapies.
• Their relatively short doubling time of approximately 25 hours further enhances their utility in time-sensitive experiments.
• Unlock the potential of neuroblastoma research with GIMEN cells and contribute to advancing knowledge and treatment options in biological science.